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Master of Medical Physics

The Master of Medical Physics Graduate Program, offered through Penn’s College of Liberal and Professional Studies (LPS), is a CAMPEP Accredited, multidisciplinary medical physics program, combining courses from the Department of Physics and Astronomy in the School of Arts & Sciences and the Departments of Radiology and Radiation Oncology in the School of Medicine.

Penn Summer

Arjun G. Yodh at the University of Pennsylvania, Physics & Astronomy

Biomedical Optics

Biomedical optics is a broad and highly interdisciplinary field with participants from physics, biophysics, biochemistry, engineering, biology, medicine, mathematics, and computer science. This research encompasses all aspects of optical imaging and spectroscopy ranging from subcellular lengthscales to large tissue volumes such as the brain and breast. It is concerned with cancer detection & therapeutics, non-invasive tissue biopsy, functional activation & mechanisms, and the coupling between physiological responses and optical signals. My group is involved in several projects, some of which are described here.

Spectroscopy and Imaging with Diffusing Light

Diffusing Light figure

Diffuse light imaging and spectroscopy aims to investigate tissue physiology millimeters to centimeters below the tissue surface. The cost of this aim is we must abandon traditional optical spectroscopies and traditional microscopy. Traditional methodologies require optically thin samples. In addition, light penetration must be large in order to reach tissue located centimeters below the surface. Fortunately, a spectral window exists within tissues in the near-infrared from approximately 700 nm to 900 nm, wherein photon transport is dominated by scattering rather than absorption. The absorption of hemoglobin and water is small in the near-infrared, but elastic scattering from organelles and other microscopic interfaces is large. These are precisely the conditions required for application of the diffusion model for light transport. Using this physical model it is possible to quantitatively separate the effects of tissue scattering from tissue absorption, and to accurately incorporate the influence of boundaries, such as the air-tissue interface, into the light transport theory. The diffusion approximation also provides a tractable basis for tomographic approaches to image reconstruction using highly scattered light.

Even though absorption in the near-infrared is relatively small, the spectra of major tissue chromophores, particularly oxy- and deoxy-hemoglobin and water, differ significantly in the near-infrared. As a result, the diffuse optical methods are sensitive to blood dynamics, blood volume, blood oxygen saturation, and water and lipid content of interrogated tissues. In addition, one can induce optical contrast in tissues with exogenous contrast agents, for example chemical species that occupy vascular and extravascular space and preferentially accumulate in diseased tissue. Together these sensitivities provide experimenters with access to a wide spectrum of biophysical problems. The greater blood supply and metabolism of tumors compared to surrounding tissues provides target heterogeneity for tissue maps based on absorption. Similar maps can be applied for studies of brain bleeding, and cerebral oxygen dynamics associated with activation by mental and physical stimulation. Other applications of the deep tissue methods include the study of mitochondrial diseases, the study of muscle function and disease, and the study of photodynamic therapy.

Our laboratory has made substantive contributions to problems of light transport in highly scattering media such as tissue and to diffuse optical tomography. In early papers we demonstrated how diffusive waves in highly scattering media obey rules of optics such as refraction, interference and diffraction. We also published first experiments demonstrating tomographic reconstruction of absorption and scattering heterogeneities with diffusive waves, we were among the first groups to show how to reconstruct the lifetime and concentration of fluorophores in tissues, and we introduced the correlation diffusion equation, a methodology whereby diffused temporal light field correlation functions can be used to reconstruct heterogeneous dynamical flow properties of turbid media. We have examined the fundamental resolution and characterization limitations of diffuse optical techniques, and we have combined diffuse optical methods with other imaging modalities such as ultrasound and MRI. We continue to develop theoretical tools for DOT, for example, we have elucidated the resolution and sensitivity trade-offs associated with specific instrumental geometries and data types, we have enabled experimenters to choose optimal source wavelengths for clinical experiments, and we have clarified the conditions for which differential measurements are well suited for quantitative tomography. These and other research papers are in our list of publications. Useful review articles include papers from Physics Today (A. Yodh & B. Chance, Spectroscopy and imaging with diffusing light , Physics Today 48 (1995)) and the CRC Biomedical Photonics Handbook (A.G. Yodh & D.A. Boas, Functional imaging with diffusing light , in Biomedical Photonics Handbook , Vo-Dinh, T., Ed., CRC Press: Boca Raton. p. 21-1-21-45, (2003) )

Functional Imaging and Spectroscopy of Brain, Breast and Muscle

Our current physiological applications of optical light imaging and spectroscopy include functional imaging of brain activation and metabolism, study of muscle function and physiology, optical mammography, and characterization of tumors and tumor responses to therapy. A few of these applications are discussed below. Some other research can be found at http://www.lrsm.upenn.edu/pmi .

Breast Cancer Imaging and Spectroscopy

The long-range goal of this research is to assess and improve the breast tumor diagnostic capabilities of diffuse optical tomography (DOT) with near infrared light. The most effective clinical role for DOT in the screening and diagnosis of breast cancer has yet to be determined. However, it is clear that DOT provides exquisite functional information directly related to tumor pathophysiology (e.g. metabolic activity, angiogenesis, and blood flow/concentration), and complementary to structural and functional information provided by conventional medical imaging. Furthermore, advances in diffuse optical tomography of breast are critical for exploitation of the advances of molecular imaging , an emerging field of medicine promising development of a new generation of optical contrast agents.

In one set of investigations, we have assembled a parallel-plate soft-compression apparatus for breast cancer imaging, and we have begun pilot clinical studies with the instrument at the Hospital of the University of Pennsylvania (HUP). On the clinical side, we are accumulating normal subjects and tumor-bearing patients in pilot studies; we have also initiated a new study to track tumor properties of patients undergoing neoadjuvant chemotherapy prior to surgery. On the basic science and engineering side, we are identifying and implementing critical hardware improvements for the instrument and software improvements for image reconstruction. These improvements will increase the speed and spectral coverage of the instrument, and will reduce image artifacts. Hand-held scanners are also being developed to track tissue blood oxygenation and blood flow in palpable tumors. The images below show an example of tumor imaging in human breast with light. Our breast cancer research programs are an integral part of a nationwide Network for Translational Research in Optical Imaging (NTROI) whose central aim is to identify and develop optical technologies for early translation to the clinic (see: NTROI at the University of California ).

breast cancer figure

Schematic of our soft compression parallel plate diffuse optical imager.

MRI axial slice figure

MRI axial slice, DOT axial slices of relative total hemoglobin concentration (rTHC), relative blood oxygen saturation (rStO2), relative tissue scattering (rSc), Optical Index, and a 3D image of region of interest are shown for malignant (left-side) and benign lesions (right-side). The black line indicates the tumor region.

Functional Imaging in Brain (Diffuse Optical Methods)

In this research we are concerned with measurement of the concentration, oxygenation, and flow characteristics of blood cells in the brain, ultimately human brain. Energy is required for cerebral functioning, and its conversion into a useful form is facilitated by oxygen delivered to the brain through the cerebral vasculature. Vascular and metabolic changes in the brain influence a wide range of phenomena of clinical importance and of basic scientific interest. In-situ measurements of any of these basic blood parameters provide insight about physiological phenomena, for example cerebral metabolism and functional heterogeneity, internal bleeding and ischemia.  Simultaneous measurement of more than one of these quantities provides deeper insight into tissue physiology, and offers the possibility to directly probe tissue oxygen metabolism. Maps of flow, oxygenation and oxygen extraction can improve our basic understanding about how the brain works, and, on the clinical side, can potentially reduce mortality via detection and characterization of ischemic brain damage.

We have constructed versatile multi-modal all-optical imaging probes for measurement of total hemoglobin concentration, blood oxygenation, blood flow, the cerebral metabolic rate for oxygen (CMRO 2 ) and changes thereof in brain. The instrument combines two qualitatively different and complementary diffuse optical imaging modalities: (1) Diffuse Reflection Spectroscopy (DRS) for measurement of blood oxygen saturation and total hemoglobin concentration, and (2) Diffuse Correlation Spectroscopy (DCS) for measurement of blood flow. This instrumentation and its variants provide for three-dimensional imaging of physiological properties in small animal brain, and regional imaging information in human brain. The images below demonstrate detection of functional activation (i.e. finger tapping) in a specific region of the human brain, and also illustrate (see movie) three-dimensional imaging of blood flow in rat brain during cortical spreading depression.

Hybrid diffuse optical instrumentation figure

Schematic of finger-tapping measurement.

Measured motor activation responses figure

Measured motor activation responses.

blood flow changes in rat brain figure

In the experiment, a large local concentration of KCl initiates a ‘wave’ of neuronal depolarization that propagates outward from a central point and then repeats itself. Right – Images of blood flow in four parallel planes located within 3 mm of the skull.

Direct Optical Microscopy of Neuronal Activity in Animal Brain

The computational power of the brain arises from the diversity of information provided to each individual neuron by its particular and idiosyncratic connections. In visual cortex, 80% of connections are between nearby cells, and recent evidence suggests that the majority of computations are carried out through these local interactions. However, no current technology allows observation of activity in local cortical networks. Imaging techniques such as fMRI, EEG, or MEG average the activities of millions of cells across millimeters of tissue. Multi-electrode recording arrays sample clusters of cells located at significant distances from each other, and cannot reveal intracellular voltages, crucial for understanding the underlying biophysical mechanisms. We are developing novel optical microsopy devices that will allow observation and analysis of the intracellular voltages of hundreds to thousands of nearby cortical cells. Ultimately these technologies will be employed in both anesthetized and awake behaving animals to determine how local neuronal interactions govern learning in visual perception. This work is part of a collaborative interdisciplinary program (Meso-Scale Optical Brain Imaging of Perceptual Learning) funded by the Packard Foundation; collaborators include Diego Contreras, Brian Salzerg, Leif Finkel and Kwabena Boahen.

optical systems for imaging ongoing neural activity image

Diffuse Optical Monitoring of Muscle

Noninvasive characterization of oxygen consumption and metabolism in skeletal muscles has important applications in exercise medicine and for understanding of vascular conditions such as peripheral arterial disease. Improved measurements of these quantities may lead to improved screening and treatment assessment, as well as to improved fundamental understanding of muscle function. The lack of portable, noninvasive technologies for continuous monitoring of both blood flow and oxygenation in the deep microcirculation capillary bed has led us to develop a hybrid instrument that monitors blood flow by effectively measuring the optical phase shifts caused by moving blood cells, and measures tissue optical properties such as absorption and scattering (and associated physiological properties such as blood oxygen saturation and total hemoglobin concentration). We have put together a program using this instrument to study blood flow and oxygenation in cuffed and exercising human muscle. Recently we have demonstrated the clinical use of all-optical methods for simultaneously measuring multiple hemodynamic parameters in muscle. These hemodynamic parameters permit estimation of changes in oxygen metabolism. Pilot studies on a single patient with peripheral arterial disease (PAD) suggest we are able to distinguish features differentiating normal and diseased responses. Multi-parameter dynamic measurements such as these are essential for the assessment of disease and for evaluating of healthy muscle oxidative metabolism. Such information has potential to improve diagnostic and treatment options for PAD patients.

Photodynamic Therapy

Photodynamic therapy (PDT) photo

Our program uses diffuse optical absorption spectroscopy to determine the properties of macroscopic tissue volumes, diffuse fluorescence to characterize photosensitizer distributions in macroscopic tissue volumes, and diffuse photon correlation spectroscopy to estimate tissue blood flow. On the one hand we are developing new paradigms for PDT dosimetry in the clinic, and on the other hand we are exploring the mechanisms of PDT action in animal models. One of our aims is to develop macroscopic or tissue-averaged in-situ measurements that can provide critical feedback to the clinician needed to improve PDT treatment.

Some of our most exciting recent work has been done in animal models with collaborator Theresa Busch (Radiation Oncology, PENN). This research clearly demonstrates that measurements of blood oxygen saturation and changes in tumor blood flow during PDT can be used to predict treatment outcome. In one study we utilized broadband diffuse reflectance spectroscopy to show that knowledge about changes in the blood oxygenation of a tumor within minutes after PDT can be used to predict its long-term treatment response. In another study a unique non-contact probe was developed to monitor the relative blood flow in mouse tumors during PDT. Within minutes of beginning PDT, relative blood flow rapidly increased, followed by a decline and subsequent peaks and declines associated with various flow kinetics. We found that the slope (Flow Reduction Rate) and duration (Interval Time) over which relative blood flow decreased (following the initial PDT-induced increase) was highly associated with treatment durability. This research represents one project in a large NIH funded program project originating in the Department of Radiation Oncology that is focused on PDT of Intraperitoneal Disease.

upenn medical physics phd

Ying Xiao, Ph.D. 

Professor, department of radiation oncology.

Ying Xiao, Ph.D.

Our Services

Radiotherapy and Imaging Quality Assurance Services for Clinical Trials

We are an integral component of the Imaging and Radiation Oncology Core (IROC)PhiladelphiaQACenterwith emphasis on radiotherapy. We provide the following quality assurance services:

•Contribute to the development of appropriate quality assurance procedures for advanced medical imaging and radiotherapy.

•Consultation with NCTNgroups during the protocol development process. Assist in developing hypotheses and designing trials that are supported by effective quality assurance programs.

•Conduct and support research on radiotherapy treatment planning.

•Maintain qualification and credentialing standards and assist in ensuring that appropriate protocol-specified radiotherapy and advanced imaging are delivered.

•Maintain and update quality assurance policies and procedures.

•Assist in the submission of data, the review of cases, and the management of pre-and post-review data.

•Participate in the standardization of radiotherapy nomenclature updates.

•Provide dosimetry services for personalized radiopharmaceutical dosimetry, including Radium-223, Lutetium-177, and others.

Research Directions

Directions of Research

Our research focus falls into the following broad categories:

Knowledge-based planning quality research using Varian Rapidplan for both Intensity Modulated Radiotherapy (IMRT)and Intensity Modulated Proton Therapy (IMPT)plans.

Knowledge-based planning makes use of pre-existing clinical knowledge to generate an estimated dose volume histogram based on the anatomy and prescription information of the patient. RapidPlan enables a decrease in variability in the quality of treatment planning and increases patient care efficiency. We develop and train models using NRG clinical trial data and then use the model to evaluate the submitted radiotherapyplan for quality assurance purposes.

Deep Learning based Quantitative Quality Assurance of Structure Delineation

Precision in structure delineationis critical to the quality of radiotherapy. For contour quality assurance, our group investigates a variety of methods. Deep learning-based methods for auto-segmentation of patient structures have demonstrated high accuracy. Our group is currently developing auto-segmentation models for structuresin a variety of disease sites. Quantitative evaluation methodologies of the contour quality using these models are being developed.

Predictive Modeling for Outcome Driven Clinical Guidelines

A prediction model can incorporate features from demographic, diagnostic, dosimetric, and RT modality data. Typically, characteristics such as gender, age, ethnic origin, treatment modality, tumor clinical staging, tumor pathological staging, type of surgery, chemotherapy, and treatment techniques (IMRT/CRT, PBS/Double scattering) are included. Recent research from Radiomics hypothesized that medical imaging provides critical information about tumor physiology and could be used to improve cancer predictions. Along with the clinical characteristics previously mentioned, radiomics characteristics are extracted to model toxicities, overall survival (OS), and local recurrence (LR). Other aspects of Omics are considered, such as genomics and proteomics. Numerous machine learning techniques, such as Cox regression, random survival forest, and deep learning, are investigated. To provide clinical guidance, interpretable machine learning is being explored.

Standardization for AI Implementation

Standardisation plays a crucial, supportive and leading role in artificial intelligence. Clinical trials are the most reliable method of demonstrating the efficacy and safety of a treatment or clinical approach, as well as providing high-level evidence to justify artificial intelligence. Standardisation from NRGOncology (NRG) and the National Cancer Institute’s Clinical Trial Network (NCTN)has the potential to reduce variation in clinical treatment and patient outcome by eliminating potential errors, enabling broader application of artificial intelligence tools. NCTN, NRG and Imaging and Radiation Oncology Core (IROC) are in a unique position to help with standards development, advocacy and enforcement, all of which can benefit from artificial intelligence, as artificial intelligence has the ability to improve trial success rates by transforming crucial phases in clinical trial design, from study planning through to execution.

Voxel Level Dosimetry for Radiopharmaceutial Therapy

Radiopharmaceutical therapy (RPT) involves the systemic or local delivery of a radionuclide with the goal of specifically targeting and delivering radiation to cancer cells while minimizing radiation exposure to untargeted cells. Individual patient radiation doses and their correlation with tumor and normal tissue response to radiation are critical for analyzing the outcome of clinical trials combining RPT and new chemotherapeutic agents. Thus, we aimed to assist IROC in performing and ensuring the quality of personalized radioparmaceuticaldosimetry. Due to the fact that the radionuclideintake can vary between lesions and patients, dosimetry can be used to determine the biodistribution and absorbed dose in each lesion and throughout the body. Additionally, dosimetry will monitor biodistribution, particularly in critical organs.

Current Members

Current Member

upenn medical physics phd

Huaizhi Geng , PhD (Research Associate)

[email protected]

(Jan. 2019-current)

upenn medical physics phd

Du Wang, MS (Research Assistant)

[email protected]

(Jan. 2019-current)

upenn medical physics phd

Sangho Lee, PhD (Research Associate)

[email protected]

(Dec. 2019-current)

Previous Members

Tawfik Giaddui, PhD (Jan 2015-Feb 2017)

Haoyu Zhong, MS (June 2016-Mar 2019)

Mi Huang, PhD (July 2016-July 2018)

Chingyun Cheng, PhD (Oct 2016-July 2018)

Kuo Men, PhD (July 2017-August 2019)

Nishanth Sasankan, PhD (Oct 2018-Nov 2019)

Chibueze Uche, PhD (Jan. 2019-June 2021)

Tingyu Wang, MS (Nov. 2020- June 2022)

Partnership

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A place to discuss all things related to Medical Physics

Last Minute Check: MS Programs - UPenn, Columbia, Hofstra

Hello. I was admitted to a few MS programs in medical physics and I'm coming to my decision and I wanted to do a last minute check for some professional opinions.

I was physics undergrad with some research experience. I know preferences can change in 2-years, but at this point I'm interested in finishing just the MS and go into residency, likely in radiation therapy, for a clinical career. My major concerns are related - finances and residency. The cost of attendance will almost entirely be funded by student loans and I know job placement and salary are largely affected by having matched into and completing a residency.

My choices UPenn, Columbia and Hofstra. I enjoyed learning about each program and going through the application process. I was able to visit all three and meet faculty, students and residents through either formal recruitment events or ad-hoc visits some departments were kind enough to set up for me. They all had people who were proud of their program, had class environments with good clinical exposure and relatively good residency placement. They're also about the same ballpark cost of attendance. And, very importantly, they're in or close to the NYC area, where my family resides - an important personal factor I decided on even before these trying times.

I've decided to attend UPenn. The reasons I chose it over the others have to do with structure and match success.

By structure, in part I'm referring to its immersive location at the university's college of medicine and radiation oncology department. The entire program seems to be entirely located within the clinical setting, with didactic classes in the same conference rooms in the same hallways the health professionals use. There's no physical split requiring any commute between the traditional campus and the clinical setting. That clinical setting also contains proton therapy, unlike the others.

The other aspect of the structure of the Penn program I liked was their more formal connection between CAMPEP-required coursework and career development. For example, their series of professional development seminars help guide students along the path to finding a specialty, career path (e.g. clinical, consulting, industry), research topics and skills (Penn requires a thesis), and applying for residencies and jobs. In other programs, these soft topics are mostly covered informally by just talking with people around the department.

And the other feature of Penn that attracted me was their match rate success. They boast a 90% match rate (compared to ~60% nationally). I know this a broad statistic that still has to take into account people who self-selected out of the match for a variety of reasons or the kinds of places people matched into vs. their preferences. For the same period as UPenn stats (2014-2018, as 2019 they were transitioning to from Physics Department to PSOM), Hofstra seems to have a 14/17 = 78% success rate , though for 2019 they were 0 for 2. For Columbia, it's harder to do a similar comparison because they don't report the number of applicants for the match (and was informed by the program they don't have that number available), just the number of successful matches. The best I can figure, is that their 6 matches for 2019 comes 2 years after enrolling 12 full-time students, which of course, doesn't account for part-time students who graduated the same year nor the number of those who didn't, for whatever reasons, enter the match. After speaking to some residents who graduated the Columbia program last year, they think they remember only one student who applied but didn't match. So, if accurate , then just for 2019 they were 6/7 = 87%. While all the schools can probably be categorized as successful in the match, of the three, I think Penn has the best reliable statistics for match success.

So, there's my decision process for choosing Penn over the others. The clinical immersion (with access to proton therapy) and more formal structuring of the education and training process plus their better-presented residency match rate success. Though I'm confident in my decision, I'm sure attending any of these three programs would be fruitful. But, I'm also hoping people can point out any major flaws or missing factors in my reasoning before I pull the trigger on informing the programs. Thanks in advance.

Here's some threads I found helpful:

https://www.reddit.com/r/MedicalPhysics/comments/dztcro/help_choosing_schools_to_apply_to/

https://www.reddit.com/r/MedicalPhysics/comments/au4kmf/graduate_programs_in_medical_physics/

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Vera P. Krymskaya

faculty photo

  • Cell and Molecular Biology

Description of Research Expertise

Description of clinical expertise, description of other expertise, selected publications.

upenn medical physics phd

August 20, 2024 Volume 71 Issue 2

Alp ercil’s $10 million gift establishes penn climate sustainability initiative, kotaro sasaki: richard king mellon associate professor at penn vet, school of arts & sciences: appointments to endowed chairs, emily zimmerman: director of exhibitions and curatorial affairs at the arthur ross gallery, penn nursing to launch online master’s degree program in nursing and healthcare leadership in summer 2025, leonard bachman, anesthesiology, michael cohen, physics & astronomy, matthew hoyt, engineering graduate student, trustees meeting: july 31, penn professional staff assembly 2024-2025, stephanie acquaye: 2024-2026 jonas scholar, deborah becker: nln fellow, 2024 cohort of penn fellows, five penn vet students: akc outreach scholarships, penn aitech distributes almost $2.6 million in research grants, two new exhibits at the institute of contemporary art, 2024 milken-penn gse education business plan competition, update: summer at penn, weekly crime reports, penn parking & commuter services moves to penn bookstore, the atlantic now available through penn libraries, giving and volunteer opportunities from the netter center for community partnership.

  • August 20, 2024
  • vol 71 issue 2

The University of Pennsylvania has announced a $10 million gift from alumnus Alp Ercil, M&T’95, to establish the Penn Climate Sustainability Initiative, which will draw upon Penn’s strengths in interdisciplinary teaching and research to address climate and sustainability from multiple perspectives.

“Penn has promised to lead on the greatest challenges of our time, and climate change may be the greatest challenge of all,” said Penn Interim President J. Larry Jameson. “Thanks to the groundbreaking work of Penn researchers and scientists, we are already seeing amazing breakthroughs. We are tremendously grateful to Alp Ercil for his inspirational commitment, which will allow us to accelerate our efforts. We will draw on our collective strengths in climate science and policy to advance our understanding of these challenges and discover solutions that will make a difference around the world.”

Building on Penn’s leadership in fostering collaboration across academic disciplines, the Climate Sustainability Initiative will create a unique university-wide initiative that brings together all 12 schools on campus, as well as interdisciplinary programs like the Kleinman Center for Energy Policy, the Environmental Innovations Initiative, and the Center for Science, Sustainability, and the media.

The Penn Climate Sustainability Initiative will also accelerate the campus-wide Climate and Sustainability Action Plan and enhance Penn’s contribution to the global policy debate.  

“Penn has the key pieces in place to make a significant contribution to the urgent issue of climate change,” said Mr. Ercil. “I am thrilled to help advance this work, accelerate innovation, and strengthen Penn’s role at the forefront of this field.”

Leading on climate change is one of the key priorities of In Principle and Practice, Penn’s strategic framework. The University’s commitment to this issue is broad, ranging from leading in energy science and policy to designing and caring for the built environment. To realize these goals, Penn will support and recruit the best minds in the field, fuel initiatives that advance knowledge and promise solutions, and adopt institutional best practices for the sake of the future of the planet.   

Mr. Ercil’s commitment will serve as a catalyst for this work, providing needed funds for priority initiatives to be determined in partnership among Interim President Jameson, Provost John L. Jackson Jr., and a soon-to-be appointed Vice Provost for Climate Science, Policy, and Action.

“This support from Alp Ercil comes at the perfect time, as we implement our strategic framework and prepare to introduce the new Vice Provost for Climate Science, Policy, and Action,” said Provost Jackson. “The Penn Climate Sustainability Initiative will advance Penn’s strengths in this critical field by accelerating interdisciplinary connections and building collaborations on our campus and beyond.”

Mr. Ercil is the founder and chief investment officer of Asia Research and Capital Management, Ltd., a Hong Kong and Dubai-based investment management firm founded in 2011. He is a 1995 graduate of Penn’s management & technology (M&T) program, a dual-degree program in which he earned a BS in economics from Wharton and a BS in systems engineering from Penn Engineering. An active Penn volunteer, Mr. Ercil is a current member of the Penn Asia Leadership Committee and an emeritus member of Undergraduate Financial Aid Leadership Council (UFLC). He also participates in the Alumni Ambassador Program. His past gifts to Penn have supported the Ercil Endowed Scholarship, the M&T Integration Lab, and the UFLC Challenge Fund.

caption: Kotaro Sasaki

Andrew M. Hoffman, the Gilbert S. Kahn Dean of Penn Vet, has named Kotaro Sasaki the Richard King Mellon Associate Professor of Biomedical Sciences.

Dr. Sasaki’s research is focused on the development and pathophysiology of urogenital and reproductive organ systems, and his laboratory is working on advancing the understanding of human infertility, reproduction, and endocrinology. Dr. Sasaki possesses an exceptional record of academic accomplishments. His work on converting stem cells into male germ cells and understanding how the human body generates spermatozoa was awarded an Open Philanthropy grant of $2,585,990 in addition to grants from the NIH and other funding agencies. Dr. Sasaki is a recipient of the Endocrine Society’s 2023 Early Investigator Award, which supports early-career investigators in endocrine-related research; the 2023 Zoetis Award for Veterinary Research Excellence; and the 2023 ENS@T Award for best scientific work in the field of adrenal tumors.

“Dr. Sasaki is transforming our understanding of the development and diseases of reproductive and adrenal organs by integrating meticulous comparative physiology with highly creative, pioneering approaches using stem cell-derived organoid models,” said Christopher J. Lengner, the Harriet Ellison Woodward Associate Professor and chair of Penn Vet’s department of biomedical sciences. “His scholarly contributions and novel insights are not only addressing fundamental questions regarding germ cell and adrenal biology, but they are also providing a foundation for the development of novel therapeutic approaches.”

Dr. Sasaki earned his MD from Hokkaido University Graduate School of Medicine and his PhD from Kyoto University Graduate School of Medicine, both in Japan. He completed his surgical pathology residency at the University of Pittsburgh Medical Center and a renal pathology fellowship at the University of Washington Medical Center. After completing his clinical training, Dr. Sasaki pursued a postdoctoral fellowship at Kyoto University before joining Penn Vet’s faculty as an assistant professor in 2018.

The awarding of a named, endowed professorship is the highest honor bestowed upon a faculty member at the University of Pennsylvania and reflects a commitment to scientific discovery, mentorship, and academic service.

Marlyse Baptista: President’s Distinguished Professor of Linguistics

caption: Marlyse Baptista

Andrew Santiago-Frangos: M. Jane Williams and Valerie Vargo Presidential Assistant Professor of Biology

caption: Andrew Santiago-Frangos

The professorship was established through generous planned gifts from the estates of M. Jane Williams, CW’65, and Valerie L. Vargo, MT’65, who forged a lifelong friendship as undergraduate classmates at Penn. Ms. Williams received a BA in history from Penn and an MEd and MBA from Temple University. She pursued a 50-year career as a fundraising professional, holding senior positions at prominent institutions, including as assistant vice president for development and alumni relations at Penn and vice president for development at New York University Medical Center. She served on the Trustees’ Council of Penn Women and supported many other priorities at Penn.

Ms. Vargo graduated from Penn with a degree in medical technology and earned a graduate degree at Temple University. Her medical and microbiology background took her across the country during her career, including at a veteran’s hospital in California and with the quality assurance division of American Home Products. Her career culminated in an extended international assignment in Paris, France. After retirement, she earned real estate credentials and worked for Berger Realty in Ocean City, New Jersey.

In addition to the professorship, Ms. Williams’ and Ms. Vargo’s estate gifts support the Mary Jane Williams and Valerie Vargo AFCRI Breast Cancer Research Fund, the Mary Jane Williams and Valerie Vargo Epilepsy Fund, and the Valerie Vargo and Mary Jane Williams Fund for the Rena Rowan Breast Center at the Perelman School of Medicine.

Doris Wagner: DiMaura Professor of Biology

caption: Doris Wagner

Dr. Wagner is committed to science education, undergraduate research, and innovation in teaching, participating annually in the Biomedical Research Academy for high school students and leading several workshops at Penn’s Center for Excellence in Teaching, Learning, and Innovation. In addition to her service as graduate chair of biology, she has served on the Penn Women’s Biomedical Society, the Penn Epigenetics Program Executive Board, the Penn Genome Frontiers Institute Executive Board, the University Genomic Initiative Committee, and the University Graduate Council. Additionally, she has served on two committees of Penn Arts & Sciences, Curriculum and Personnel.

Paul W. DiMaura, C’65, and Karen DiMaura established the DiMaura Professorship. Their efforts to promote conservation biology at Penn also include undergraduate scholarship support and research internships for the next generation of ecologists.

caption: Emily Zimmerman

An accomplished curator and lecturer, Ms. Zimmerman joined the Arthur Ross Gallery in 2022 as its assistant director. Since then, she has advanced a program that champions critical perspectives and community engagement—values encapsulated in the exhibitions she has curated, Songs of Ritual and Remembrance in 2023, and in Barbara Earl Thomas: The Illuminated Body in 2024, which saw the formation of the gallery’s first community advisory group. Ms. Zimmerman facilitated the gallery’s first landmark grant of $240,000 from the Pew Center for Arts & Heritage for Barbara Earl Thomas: The Illuminated Body , which enabled the gallery’s first high-level collaboration with Penn Live Arts in the presentation of Seth Parker Wood’s Difficult Grace . She has taught graduate seminars on exhibition design and interdisciplinary practices at the University of Washington, and has regularly taught an undergraduate seminar on “Curating Contemporary Art” for University of Washington and for the department of the history of art in Penn’s School of Arts & Sciences.

“I am thrilled to further the Arthur Ross Gallery’s expansive mission for artistic and scholarly inquiry,” Ms. Zimmerman said. “As a champion for multidisciplinary programming, community engagement, embodied learning, and institutional collaboration, I am excited to support the gallery’s exhibitions and programs in this new chapter.”

Ms. Zimmerman has curated and co-curated over 50 commissions, solo, and group exhibitions with artists such as Gordon Hall, Pierre Huyghe, Clotilde Jiménez, Guadalupe Maravilla, Kerry Tribe, and Marisa Williamson. She has produced more than 300 performances, festivals, film and lecture series, and symposia. In 2023, she was a co-curator of Out of Sight , a survey of artists working in the Pacific Northwest.

Before coming to Penn, Ms. Zimmerman worked in various curatorial positions largely in university contexts, including the Henry Art Gallery and Jacob Lawrence Gallery at the University of Washington in Seattle, Washington, and at the Experimental Media and Performing Art Center (EMPAC) at Rensselaer Polytechnic Institute in Troy, New York.

She was awarded the Loris Ledis Emerging Curatorial Award (2011), an open space curatorial residency in Busan, Korea (2011), the New Foundation Seattle’s Career Incentive Fund grant (2016), a Banff Literary Arts residency (2016), and a Curatorial Digital Leadership Fellowship from the Association of Art Museum Curators (2023). She writes for BOMB Magazine , and has served as a panelist and reviewer for the National Endowment for the Arts, Creative Capital, the New York State Council on the Arts, and the Herb Alpert Awards, among others. Ms. Zimmerman is a graduate of the Center for Curatorial Studies of Bard College in Annandale-on-Hudson, New York with an MA in curatorial studies, and of New York University with a BA in visual studies.

Since its founding over forty years ago, the Arthur Ross Gallery, located in the historic Fisher Fine Arts Library Building, has been a space where meaningful programming, resources, and education converge, and where critical and creative expression are considered through the lens of class, gender, history, politics, and race—a dynamic exchange between the University and the public.

Penn Nursing has announced that it will launch a new online nursing and healthcare leadership master’s (MSN) program beginning in the summer of 2025. This innovative 10-credit unit (CU) program, which combines and enhances the curriculum of the nursing and healthcare administration (NADM) and health leadership (HLMP) master’s programs, will provide students with a comprehensive and dynamic learning experience that prepares graduates for leadership roles in the ever-changing healthcare environment.  

“We’re thrilled to be able to offer our students a new leadership program in an online format to meet the needs of busy nursing professionals,” said program director Meghan Fitzpatrick. “And by streamlining the curriculum to 10 CUs, we’re able to make the program more cost-effective for our students.”

In addition to providing students with a more efficient and cost-effective path to earning their MSN, the curricular changes include 500 field hours and exceed the standards set forth in the American Association of Colleges of Nursing’s Level 2 Essentials.

To apply or learn more about the program, please visit its website and register for an upcoming information session .

caption: Leonard Bachman

Born in Baltimore, Dr. Bachman was an Eagle Scout and star wrestler in high school and college. After graduating, Dr. Bachman joined the U.S. Navy’s college training program for officers and earned a bachelor’s degree in chemistry at Franklin and Marshall College in Lancaster, Pennsylvania during World War II. He then went on to earn his MD from the University of Maryland in 1949. He served in Navy hospitals in Maryland and Massachusetts and at medical centers in Boston. After postdoctoral work at Johns Hopkins University, he was recruited to CHOP as chief of anesthesiology in 1955. At the same time, he joined Penn’s School of Medicine as an assistant professor of anesthesiology. He became an associate professor in 1961 and a full professor in 1966. While at CHOP, Dr. Bachman helped develop a pediatric intensive care unit and created groundbreaking tools and technology for anesthesiologists.

Dr. Bachman left Penn in 1973 to become director of health services for Pennsylvania Governor Milton Shapp, and from 1975 to 1979, he served as the secretary of health for Pennsylvania. During his tenure, he confronted Legionnaires’ disease, Hurricane Agnes, swine flu, and dozens of health policy controversies. He also created state-funded healthcare centers and championed access to health services and the public’s role in planning and procedures. In 1979, he was appointed to the U.S. Public Health Service (PHS), where he was named a rear admiral in the commissioned corps and placed in charge of PHS hospitals, clinics, medical disaster response teams, environmental and drug addiction initiatives, and other national health programs. He retired in 1994, but continued to serve for more than a decade as a medical consultant to the U.S. Marshals Service.

Dr. Bachman also taught at George Washington University’s school of medicine and elsewhere, and earned three honorary college degrees. He served as president of the Pennsylvania Society of Anesthesiologists and was active with a dozen other professional organizations. He won the 1990 Abigail Geisinger Medal from the Geisinger Health Foundation, the 2004 Robert M. Smith Award from the American Academy of Pediatrics, and the 2018 Albert Nelson Marquis Lifetime Achievement Award, among other awards. He served on boards and committees for his synagogues in Philadelphia and Washington and was a member of the Society Hill Civic Association.

Dr. Bachman is survived by his children, Emily, Joseph, Daniel, and Jacob; seven grandchildren; seven great-grandchildren; and other relatives.  

Donations in his name may be made to Rangeley Health and Wellness, Box 722, Rangeley, Maine 04970; and Tifereth Israel Congregation, 7701 16th St., NW Washington, D.C. 20012.

caption: Michael Cohen

Born in Manhattan, New York, Dr. Cohen attended Horace Mann School and then Cornell University, where he was a member of Telluride House and the team that won the 1951 William Lowell Putnam Mathematical Competition. After graduating Phi Beta Kappa with a BS in physics in 1951, he enrolled in the graduate program in physics at the California Institute of Technology. At CalTech, Dr. Cohen researched the behavior of liquid helium under famous physicist Richard Feynman. Dr. Feynman was notoriously picky about graduate students, and Dr. Cohen was one of only 30 trainees Dr. Feynman took on throughout his career. In an interview with the American Institute of Physics, Dr. Feynman remembered how he’d given up on a particular set of calculations because he’d decided they were “too hard.” However, he recalled that Dr. Cohen “found they weren’t as hard as I thought” and cracked them.

Dr. Cohen earned his PhD in 1956 from CalTech, then stayed on to complete a postdoctoral fellowship with Dr. Feynman. On the strength of his mentor’s recommendation, Dr. Cohen then did a second postdoc at the Institute for Advanced Study in Princeton with J. Robert Oppenheimer, father of the atomic bomb. Then, heeding the counsel of “Oppie,” he came to Penn in 1958 as an assistant professor of physics. He became an associate professor two years later and a full professor in 1973.

Dr. Cohen spent the rest of his career at Penn. A condensed matter physicist, he studied the quantum mechanics of liquid helium, as well as ferroelectrics and phospholipid membranes. He enjoyed leading a problem-solving seminar for graduate students preparing for the PhD qualifying exam; for this work, he jokingly described himself as “the department’s Stanley Kaplan.” He also reveled in campus politics, serving as a longtime member of Penn’s faculty senate.

In 1962, with George Stranahan and Robert Craig, Dr. Cohen co-founded the Aspen Center for Physics in Aspen, Colorado. According to The New York Times, the center has “proved pivotal in the development of the Fermi National Accelerator Laboratory, for a long time the world’s most powerful particle accelerator, and the formulation of string theory, regarded by many physicists as the most promising candidate for a ‘theory of everything’ that would explain all the universe’s physical phenomena.” When the center became an independent nonprofit in 1968, Dr. Cohen was elected its first treasurer. He followed this with a term as the center’s vice president, and then, for another 48 years, as an honorary trustee.

In retirement, Dr. Cohen wrote an introductory textbook in classical mechanics, which is available for free here .

Dr. Cohen is survived by his sister, Vera Gottlieb; his three children, Adam (C’90) (Mary), Jonathan, and Alison (Nurit Bloom); his seven grandchildren, Will, Theo, Leah, Aiden, Naomi, Vivi, and Daph; and his caregiver, Jeanette Edwards.

Donations in Dr. Cohen’s memory may be made to the Aspen Center for Physics . If you choose to give, you can notify Dr. Cohen’s family of the donation by clicking the email notification box and entering [email protected] .

caption: Matthew Hoyt

Mr. Hoyt, who grew up in Mount Lebanon, Pennsylvania, obtained a master of accounting degree from Brigham Young University in 2006. One of his professors nominated him for the Postgraduate Technical Assistant Program with the Financial Accounting Standards Board, which took Mr. Hoyt across the country. Mr. Hoyt then held roles as a senior associate at KPMG LLP and an associate director at UBS Investment Bank before ultimately working as a senior accounting manager, specializing in accounting policy, for PNC.

A love of computer programming eventually led Mr. Hoyt to pursue a second master’s degree in computer and information technology from Penn Engineering’s department of computer and information science, starting in 2022. He was working towards this degree at the time of his death.

Mr. Hoyt is survived by his wife, Lillian Hoyt; his mother, Phyllis Deborah Hoyt; his four children, Jackson, Elise, Andrew, and Charlotte; and his siblings, Brooke (Jason) Mayhall, Jason (Kjerstin) Hoyt, BJ Hoyt, and Shannon (Tim) Dickman.

Donations to Mr. Hoyt’s family can be made here .

To Report A Death

Almanac appreciates being informed of the deaths of current and former faculty and staff members, students and other members of the University community. Call (215) 898-5274 or email [email protected] .

However, notices of alumni deaths should be directed to the Alumni Records Office at Suite 300, 2929 Walnut St., (215) 8988136 or email [email protected] .

A meeting of the executive committee of the Board of Trustees was held on July 31, 2024, via Zoom.

Trustees Chair Ramanan Raghavendran presented a resolution to approve the transfer of assets. The Gene Therapy Program (GTP) at Penn Medicine, which is led by James Wilson, the Rose H. Weiss Orphan Disease Center Director’s Professor, has grown rapidly over the past ten years during a time of volatility of biotechnology funding, largely supported by industry-sponsored research funds. The Perelman School of Medicine (PSOM), the Penn Center for Innovation (PCI), and Dr. Wilson have been exploring ways to transition the functions and operations of GTP from Penn Medicine into externally managed entities. This transition will further advance clinical research, while fostering continued gene therapy product development that is better managed by industry. A third-party services company has shown interest in securing the service center functions and a third-party R&D company has shown interest in securing the R&D Product Functions. The resolution was approved.

Interim President J. Larry Jameson presented a resolution to appoint Stephen J. MacCarthy as Interim Vice President for University Communications, effective August 1, 2024. Mr. MacCarthy had served in that role for 12 years and has returned to it while a search is conducted for a new Vice President for University Communications.

We extend our deep appreciation and gratitude to the Penn Professional Staff Assembly (PPSA) board members for their dedication in providing a wide range of valuable resources to full-time staff at Penn. Despite the challenges and transitions our community has collectively experienced leading into and through the last academic year, the PPSA has continued to meet the needs of staff in collaboration with the Division of Human Resources and a multitude of colleagues across campus.  During the 2023-2024 fiscal year, PPSA events drew thousands of registered participants. We are thankful to all our board members who generously contribute their time to this organization, and to the many Penn staff who engage with our events! Visit  ppsa.upenn.edu  to learn more about the PPSA, join our list, and to register for upcoming events for the 2024-2025 academic year.

As we look forward to the year ahead, we are pleased to introduce the new and continuing members of the PPSA board, council & independent committee representatives, and appointed positions.

  • —Natalie Dury Green, PPSA Past-Chair

2024-2025 Executive Committee Tri-Chairs

Chair: Tonya Bennett, Director of Educational Technology, Penn Vet Chair-Elect: Dawn Maglicco Deitch, Executive Director, Office of Government and Community Affairs Past Chair: Natalie Dury Green, Director of Operations Master in Law Program, University of Pennsylvania Carey Law School

Members at Large

2023-2025 Term Alisha George, Assistant/Web Editor, Almanac Erin Johansen, Senior Director of Principal Gifts Justin Purohit, Manager Accounting Operations, Office of the Comptroller Xime Trujillo, Senior Research Coordinator, Environmental Innovations Initiative

2024-2026 Term Joseph-James Ahern, Senior Archivist, University Archives Lamesha Brown, Director, College Achievement Program Elona Canaj, Business System Analyst, Penn Vet Monica Jacobe, Director of Advising, Wharton Undergraduate Division

Appointments

LISTSERV Manager: Adam Sherr, Director of Crossfunctional Training, Senior Application Data Analyst, Office of University Registrar Secretary: Dee Patel, Director of Content, Wharton Marketing & Communications Treasurer: Jillian Powell, Director of Budget and Analysis, Provost Administrative Affairs Webmaster: Mayumi Hirtzel, Information Systems and Computing Communications Manager: Andy Maynard, Director of Data Services DAR, University of Pennsylvania Carey Law School

Committee Representatives

Veronica Aplenc Gwendolyn Beetham Samantha Fellman Noemi Fernandez Kris Forrest Tomas Isakowitz Kait Johnstone Justin Knoebel Cynthia Kwan Andy Maynard James McGonigle Christina Rodriguez Bethany Schell Adam Sherr Kathy Tang Xime Trujillo

caption: Stephanie Acquaye

Ms. Acquaye, a Hillman Scholar in Nursing Innovation, joins a select group of doctoral nursing students chosen for their passion for teaching, academic excellence, and research prowess. As a Jonas Scholar, she will receive financial support, mentorship, and a curriculum tailored to providing students with the learning experiences they need to successfully transition into a faculty role.

Ms. Acquaye joins a diverse group of doctoral nursing students, with over 50% of its 2024-2026 cohort representative of Black, Latino, and other communities of color, ensuring that burgeoning nursing leaders reflect the patient population of their diverse communities. This group of 63 scholars contains a multitude of research interests focused on some of the country’s most pressing challenges, including underserved populations in nursing, mental health, and veterans’ health. Ms. Acquaye’s research focuses on health disparities in breastfeeding and is spervised by Diane Spatz, the Helen M. Shearer Professor of Nutrition and a professor of perinatal nursing in the department of family and community health.

caption: Deborah Becker

Fellows have made enduring and substantial contributions to nursing education as teachers, mentors, scholars, public policy advocates, practice partners, and administrators. They provide visionary leadership and are recognized for their expertise in nursing education. The induction ceremony will take place during the NLN’s Education Summit 2024 in September in San Antonio, Texas.

“It is an honor to be selected as a fellow of the Academy of Nursing Education,” said Dr. Becker. “This recognition reflects my contributions to advancing nursing’s role through teaching, leadership, creativity, and mentoring exceptional nursing students. I am very excited to work with the esteemed nurse leaders and educators who will be my colleagues in the Academy of Nursing Education.”

Dr. Becker joins the 18th class of fellows, which has now reached 406 members. The fellows are leaders in nursing education who teach in a range of programs across the spectrum of higher education. They are affiliated with top-ranked teaching hospitals, academic institutions, and other organizations committed to advancing the quality of healthcare in the U.S. and globally.

The Academy of Nursing Education review panel undertakes a competitive application process before recommending fellowship candidates to the NLN Board of Governors, the oversight body for the academy. Evaluations consider applicants’ contributions to innovative teaching and/or learning strategies; nursing education research; faculty development activities; academic leadership; promotion of public policy initiatives that advance nursing education; and/or collaborative educational, practice, or community partnerships.

Provost John L. Jackson, Jr. and Vice Provost for Faculty Laura W. Perna have announced the appointment of the sixteenth cohort of Penn Fellows.

The Penn Fellows Program provides leadership development to select Penn faculty in mid-career. Begun in 2009, it includes opportunities to build alliances across the University, meet distinguished academic leaders, think strategically about university governance, and consult with Penn’s senior administrators.

Health Track

Kara Anne Bernstein, the George W. Raiziss Professor II in Biochemistry and Biophysics in the Perelman School of Medicine, focuses her research on proteins that contribute to cancer development and the accurate repair of DNA double-strand breaks, using the budding yeast and mammalian systems.

Kenrick Cato, a professor of clinical informatics in the School of Nursing, focuses his research on using electronic patient data to support decision-making for clinicians, patients, and caregivers and on using and modeling nursing data to optimize the value of nursing in healthcare.

Philip Gehrman, a professor of clinical psychology in the Perelman School of Medicine, focuses his research on insomnia and other sleep disorders in the context of mental health conditions, using a variety of research approaches to understand how sleep and mental health are intertwined.

Priti Lal, a professor of pathology and laboratory medicine in the Perelman School of Medicine, focuses her research on the application of high-throughput technology to gain insights into the biology of human cancers, with focus on urothelial and prostate cancers.

Amol Navathe, a professor of medical ethics and health policy in the Perelman School of Medicine, has expertise in policy analysis and design, the economic behavior of physicians and hospitals, and the application of informatics and predictive analytics to healthcare.

Paul M. Titchenell, an associate professor of physiology in the Perelman School of Medicine, focuses his research on the regulation of metabolism by hormones and nutrients, especially insulin, the master regulator of organismal anabolic metabolism.

Humanities Track

Vaughn A. Booker, the George E. Doty, Jr. & Lee Spelman Doty Presidential Associate Professor of Africana Studies in the School of Arts & Sciences, is a historian of 20th-century African American religions, especially practices of simultaneously (re)making religious and racial identities, communities, and forms of authority.

Ian Fleishman, an associate professor of cinema and media studies in the School of Arts & Sciences, focuses his work on sex and violence and their influence on the evolution of narrative form and its underlying epistemological shift from modernism to postmodernism.

Scott Francis, an associate professor of French and Francophone studies in the School of Arts & Sciences, studies reformation theology, gender and the Querelle des Femmes, alterity, rhetoric, and print culture.

Sarah Guérin, an associate professor of the history of art in the School of Arts & Sciences, focuses her research on the material conditions of medieval art, with an emphasis on the socio-economic circumstances and theological conceits surrounding the production and use of art.

Bakirathi Mani, the Penn Presidential Compact Professor of English in the School of Arts & Sciences, specializes in South Asian American public cultures, particularly how empires in the U.S. and in postcolonial South Asia shape South Asian American racial formations.

Jennifer Morton, the Penn Presidential Compact Professor of Philosophy, focuses her research on the philosophy of action, moral philosophy, the philosophy of education, and political philosophy.

Teemu Ruskola, a professor in the Penn Carey Law School, focuses his research on the study of Chinese law and society in a comparative and global context, with an interest in China’s place and role in the development of social theory.

Jorge Téllez, an associate professor of Spanish and Portuguese in the School of Arts & Sciences, focuses his research on the legacies of colonialism in Latin American cultural production, past and present, with an emphasis on Mexico.

Elly R. Truitt, an associate professor of the history and sociology of science in the School of Arts & Sciences, studies the circulation of scientific objects and natural knowledge throughout central and western Eurasia and north Africa, from antiquity into the early modern period.

Social Science Track

Rachel B. Baker, an associate professor in the policy, organizations, leadership, and systems division in the Graduate School of Education, studies access to and success in higher education, with a focus on students in broad-access institutions.  

Arthur van Benthem, an associate professor of business economics and public policy in the Wharton School, specializes in environmental and energy economics, the unintended consequences of environmental legislation, and the economic efficiency of energy policies.

Sarah Bush, an associate professor of political science in the School of Arts & Sciences, focuses her research on how international actors try to aid democracy, promote women’s representation, and influence elections globally, as well as the politics of climate change.

Ioana E. Marinescu, an associate professor in the School of Social Policy and Practice, focuses her research on wage determination and monopsony power, antitrust law for the labor market, the universal basic income, unemployment insurance, and green jobs.

Xi Song, an associate professor of sociology in the School of Arts & Sciences, focuses her research on statistical, demographic, and computational techniques to understand how patterns of social inequality are created and changed within and across generations.

Allyson Mackey, an associate professor of psychology in the School of Arts & Sciences, studies how changes in the brain give rise to changes in the mind, both as development unfolds and in response to experience.

Ryan Hynd, a professor of mathematics in the School of Arts & Sciences, focuses his research on partial differential equations, especially in mathematical models for fluid mechanics, control theory, finance, and with eigenvalue problems.

E. James Petersson, a professor of chemistry in the School of Arts & Sciences, studies the roles of proteins in the understanding of diverse biological phenomena, especially how proteins fold and change shape, with applications in neuroscience and medicine.

The American Kennel Club (AKC) has awarded five students from Penn’s School of Veterinary Medicine AKC Veterinary Outreach Scholarships. The AKC and the Kennel Club of Philadelphia are supporters of Penn Vet’s AKC Scholarship program.

The scholarships support students affiliated with AKC events and programs who advocate for animal health and medicine. Penn Vet recipients of the AKC Scholarship are:

Christina Capparell, V’26, a 2022 University of Delaware graduate, was a sports medicine summer veterinary intern at Penn Vet’s Working Dog Center (WDC). While at the WDC, Ms. Capparell investigated osteoarthritis incidence in working dog breeds. Before arriving at Penn Vet, she worked as a veterinary technician in Schuylkill County, Pennsylvania.

Robert “Zach” Cochran, V’26, is a 2020 University of North Carolina at Chapel Hill graduate. Before arriving at Penn Vet, Mr. Cochran was a post-baccalaureate researcher at the National Institute of Environment Health Science (NIEHS), a division of the National Institutes of Health that investigates the effects of the environment on human health.

Alaina Duessel, V’26, is a 2020 graduate of Allegheny College, where she majored in environmental science. Ms. Duessel was a veterinary technician in Butler County, Pennsylvania, before arriving at Penn Vet.

Laura Grant, V’26, from Mt. Arlington, New Jersey, is a graduate of the University of Maryland where she majored in animal science. Ms. Grant has a particular interest in the diagnosis, treatment, and health of small animals.

Julianna King, V’26, is a 2021 Ohio State University graduate. Ms. King is a NIH/BI veterinary research intern investigating the potential of canines to detect hemangiosarcoma through scent. She serves as treasurer of the student-run Canine Club and as a Purina student representative.

“The AKC Veterinary Outreach Scholarship is not only a testament to the hard work of these five Penn Vet students, but also a recognition of the potential they possess to make significant contributions to our profession,” said Claire Bruno, assistant dean of admissions and student life at Penn Vet. “I am incredibly proud to count Christina, Zach, Alaina, Laura, and Julianna among our students. Their success reflects the core values of Penn Vet, and I am confident that they will continue to achieve wonderful things.”

Founded in 1884, the AKC is the world’s largest and oldest not-for-profit all-breed canine registry, with over 200 recognized breeds. The AKC is a recognized and trusted expert in breed, health, and training information for all dogs, actively advocates for responsible dog ownership, and is dedicated to advancing dog sports.

The Penn Artificial Intelligence and Technology Collaboratory for Healthy Aging (Penn AITech) at the University of Pennsylvania focuses on identifying, developing, evaluating, commercializing and disseminating innovative technology and artificial intelligence methods and software to support aging. The collaboratory is an initiative involving Penn’s School of Nursing, the Perelman School of Medicine, and other departments across the University of Pennsylvania funded by the National Institute on Aging (NIA), a part of the National Institutes of Health (NIH).

The Collaboratory Pilot Cores invite applications for pilot studies using technology and artificial intelligence (AI) to optimize care management and health outcomes for older Americans, including those with Alzheimer’s Disease and Related Dementias (ADRD) living in their homes independently, and those receiving clinical care or skilled home and community-based services.

The PennAITech pilot program solicits annually pilot studies that develop or test technology and AI to detect risk, predict needs, address disparities, improve access to care, and support decision making for chronic illness management and safe aging in place for older adults with or without ADRD and their caregivers. The pilots selected for funding receive guidance and mentoring from the PennAITech expert team.

In year three, through a competitive national grant review process, eleven applicants from academia, industry and health systems across the United States were selected for funding. The list of awardees selected for PennAITech funding include:

Total Year Three Awards: $2,583,609

  • Pilot 1: Improved Algorithms for Wearable, Passive, Noninvasive BP Monitoring for Seniors (Investigators: Xina Quan and Keith C. Drake, PyrAmes)
  • Pilot 2:  AI-powered Web Application to Analyze Knee Joint Space for Aging Population (Investigator: Soheyla Amirian, University of Georgia)
  • Pilot 3: Task-Oriented Multimodal Conversational AI for Assisting Seniors with Daily Tasks (Investigator: Rui Zhang, Penn State University)
  • Pilot 4:  Mobile Technology as a Cognitive Biomarker of Alzheimer’s Disease (Investigator:  Chun Lim, Beth Israel Deaconess Medical Center)
  • Pilot 5:  Building Deep Digital Twins for Prediction of AD/ADR/MCI in Older Adults (Investigator: Mohammad H. Mahoor, DreamFace Technologies, LLC)
  • Pilot 6:   Aliviado Dementia Care Machine Learning Algorithm Development for Caregiving (Investigator: Ab Brody, RN, FAAN, New York University)
  • Pilot 7:  AI/ML Analyses of Mobility Changes Among Elderly Using Continuous Gait Data (Investigator: Nicholas Kalaitzandonakes, Foresite Healthcare)
  • Pilot 8:  Developing a Home Cognitive Vital Sign to Detect Cognitive Changes AD (Investigator: Daniel Press, Beth Israel Deaconess Medical Center)
  • Pilot 9:  Motor Function Assessment for Mild Cognitive Impairment, Frailty, and Fall Risk (Investigator: Trent M. Guess, University of Missouri)
  • Pilot 10:  Detecting Cognitive Impairment Using Large Language Models from Speech (Investigator: Hualou Liang, Drexel University)
  • Pilot 11:  MUSICARE-VR: Music Intervention with Virtual Reality for Alzheimer’s Care (Investigator: Xiaopeng Zhao, University of Tennessee, Knoxville)

“As our portfolio of funded projects continues to grow, we are excited about the potential of these new solutions to advance ways to support older adults and significantly improve the aging experience in the coming years,” said George Demiris, a Penn Integrates Knowledge Professor with joint faculty appointments in Penn Nursing’s department of biobehavioral health sciences and in the department of biostatistics, epidemiology, and informatics in Penn’s Perelman School of Medicine, and one of the principal investigators of PennAITech. “Our team is excited about these new collaborations and looking forward to supporting the new cohort of awardees.”

Jason Karlawish, a professor of medicine, medical ethics and health policy, and neurology, co-director of the Penn Memory Center and associate director of the Alzheimer’s Disease Research Center in the Perelman School of Medicine, and co-principal investigator of PennAITech, added, “PennAITech offers a nurturing environment for the implementation and evaluation of groundbreaking technologies and innovative approaches to aging. We are looking forward to providing our support to this group of awardees as they advance the development of their innovative solutions.”

caption: Joanna Piotrowska, Untitled, 2014, silver gelatin hand print, 51 x 41 cm, edition of 5 + 2 AP, Courtesy the artist and Phillida Reid, London. Photo courtesy of the ICA.

Joanna Piotrowska: Unseeing Eyes, Restless Bodies Through December 10

This presentation marks the first U.S. solo museum exhibition dedicated to Joanna Piotrowska (b. 1985), a Polish artist based in London whose work examines the human condition through performative acts, photography, and film. Self-defense manuals and psychotherapeutic methods are used as reference points as Ms. Piotrowska explores the complex roles that play out in everyday life. The exhibition features large-scale, silver gelatin prints of subjects that probe human behavior and the dynamics of domestic relations, exploring intimacy, violence, control, and self-protection with an emphasis on gesture and touch. Throughout the galleries, the artist creates a space with domestic references from which contrasting image placement and content create an uncanny experience that reveals moments of care as well as hierarchies of power.

Joanna Piotrowska: Unseeing Eyes, Restless Bodies is curated by Hallie Ringle, the Daniel and Brett Sundheim Chief Curator.

caption: Wendy Red Star’s “Rez Pop J.” Image Courtesy of the artist and Sargent’s Daughters. Photo courtesy of the ICA.

Where I Learned to Look: Art from the Yard Through December 10

This exhibition celebrates the foundational role of yards in shaping contemporary art in America. Building upon existing scholarship on yard art, artwork created to exist in the transitional space between the home and wider world, artist and art historian Josh T Franco examines the lineage of this robust American art form, which has historically existed outside of museum and gallery spaces. Featuring over 30 works, the exhibition spotlights both community- and academically-taught artists over the past five decades including David Driskell, vanessa german, Donald Judd, Noah Purifoy, and Finnegan Shannon, revealing connections across communities in creative world-building with what is available. This exhibition is part of ICA’s Sachs Guest Curator Program, which since 2007 has funded artists and interdisciplinary creatives to curate ambitious contemporary art presentations and actualize projects that leverage the space of resources of ICA to examine emerging and underrecognized creative practices.

Where I Learned to Look: Art from the Yard is curated by Josh T Franco, the Sachs Guest Curator, in collaboration with Hallie Ringle, the Daniel and Brett Sundheim Chief Curator, with support from Denise Ryner, the Andrea B. Laporte Curator.

The 2024 Milken-Penn GSE EBPC finalists will present their pitches on September 10 in New York City as part of HolonIQ’s Back to School Summit. 

The finalists are Games & Learning, Hilight, Honest Game, Saturday Art Class, SAT IT Labs, Start Lighthouse, and trubel&co.

This year’s finalists use artificial intelligence, video games, visual arts, and cutting edge technology to promote literacy, social-emotional learning, college access, and more. 

Attendees can watch the final pitches, Q&A with judges, and vote in real-time for the Audience Choice Prize winner. They can network with education entrepreneurs and edtech investors, and gain insights from industry leaders.

Registration for the Milken-Penn GSE EBPC finals is free, but space is limited. Visit https://www.educationcompetition.org/finals/ to register. 

Fitness & Learning

8/25      Sunday Reset with Hava Rose ; explore the art of journaling as a meditative practice in a workshop that will jump-start your meditation and creative practices; 2-4 p.m.; ICA; register: https://www.eventbrite.com/e/991391989127?aff=oddtdtcreator (Institute of Contemporary Art).

College of Liberal & Professional Studies

Online webinars. Info and to register: https://www.lps.upenn.edu/about/events .

8/24      Global Master of Public Administration Virtual Information Session ; 10 a.m.

Morris Arboretum & Gardens

In-person events at Morris Arboretum & Gardens. Info and to register: https://www.morrisarboretum.org/see-do/events-calendar .

8/25      Peppers & Peaches Tasting ; sample some peaches and summer herbs and hear tips from produce suppliers on how best to store and cook your stone fruits; 11 a.m.

Readings & Signings

8/22      Book Launch: Biennial Boom: Making Contemporary Art Global ; Paloma Checa-Gismero, Swarthmore College; 6 p.m.; ICA; RSVP: https://tinyurl.com/checa-gismero-aug-22 (Annenberg School for Communication).

8/24      NSO Speakeasy Open Mic Night ; features performances by the Class of 2028; no need to sign up ahead of time—just show up with your work, ready to share your talents with your classmates; 9:30 p.m.; Arts Café, Kelly Writers House (Kelly Writers House).

Special Events

8/21      Later @ ICA with Heyday Athletic ; us for an evening of art, games, cocktails, and light snacks at ICA’s newly launched monthly after-hours night; 6-9 p.m.; ICA; register for cornhole tournament: https://icaphila.org/events/later-ica-with-heyday-athletic/ (Institute of Contemporary Art).

8/21      Programmable Strain-responsive Biopolymer Networks Adapt to High Magnitudes of Mechanical Loading ; Yan Luo, mechanical engineering & applied mechanics; 10:15 a.m.; room 337, Towne Building (Mechanical Engineering & Applied Mechanics).

8/26      Decoding Opioid Receptor Antagonism in the Context of Cellular Signaling Dynamics ; Cornelius Gati, University of Southern California; 11 a.m.; Gaulton Auditorium, BRB (Biomedical Graduate Studies).

This is an update to the Summer AT PENN calendar , which is online now. The September AT PENN calendar will be published next Tuesday, August 27. To include events in a future AT PENN calendar or weekly update, send the salient details to [email protected] .

Division of Public Safety University of Pennsylvania Police Department Crime Report

About the Crime Report: Below are the Crimes Against Persons and/or Crimes Against Property from the campus report for August 5-11, 2024 . The Crime Reports are available at: https://almanac.upenn.edu/sections/crimes . Prior weeks’ reports are also online. –Eds.

This summary is prepared by the Division of Public Safety (DPS) and contains all criminal incidents reported and made known to the Penn Police, including those reported to the Philadelphia Police Department (PPD) that occurred within our patrol zone, for the dates of August 5-11, 2024 . The Penn Police actively patrol from Market Street to Baltimore Avenue and from 30 th Street to 43 rd Street in conjunction with the Philadelphia Police.

In this effort to provide you with a thorough and accurate report on public safety concerns, we hope that your increased awareness will lessen the opportunity for crime. For any concerns or suggestions regarding this report, please call DPS at (215) 898-7297. You may view the daily crime log on the DPS website .

Penn Police Patrol Zone

Market Street to Baltimore Avenue and from 30 th Street to 43 rd Street

08/06/24

7:05 AM

3915 Market St

Unknown offender stabbed the complainant with a screwdriver and fled the area

 

08/10/24

7:13 AM

3600 Chestnut St

Complainant stabbed in the hand by his partner and was transported to the hospital by medics

08/07/24

11:09 AM

3800 Walnut St

Report of a simple assault

 

08/08/24

5:58 AM

1 Convention Ave

Offender struck complainant in the back of the head with a closed fist

 

08/09/24

12:32 PM

4000 Spruce St

Complainant struck in the head with a closed fist and kicked the ground by offender/Arrest

 

08/09/24

4:04 PM

4000 Market St

Unknown offender struck complainant in the face with a closed fist

 

08/11/24

8:56 PM

100 S 30 St

Unknown offender smacked the complainant and fled the area prior to police arrival

08/05/24

11:07 AM

100 S 42 St

Complainant reported damage to vehicle’s window and steering column consistent with an auto theft attempt

 

08/10/24

9:40 AM

200 S 42 St

Theft of a motor vehicle from highway

 

08/11/24

1:53 PM

129 S 30 St

Motor vehicle theft from garage

08/10/24

10:11 AM

4032 Spruce St

Multiple items were taken, including two donation boxes; no signs of forced entry

08/09/24

9:52 AM

3025 Walnut St

Unwanted phone calls and emails received

 

08/11/24

10:32 AM

4034 Sansom St

Complainant received unwanted snap chat message from known offender

08/07/24

3:47 AM

3549 Chestnut St

Offender cited for defiant trespassing

08/08/24

6:29 PM

3744 Spruce St

Retail theft of consumable goods

 

08/10/24

2:49 PM

4233 Chestnut St

Retail theft of alcohol

 

08/10/24

9:59 PM

4233 Chestnut St

Retail theft of alcohol

 

08/10/24

3:54 PM

4233 Chestnut St

Retail theft of alcohol

08/11/24

9:54 PM

3600 Blk Market St

Confidential/Arrest

 

08/11/24

11:03 PM

3700 Blk Chestnut St

Confidential/Arrest

 

08/11/24

11:39 PM

3600 Blk Chestnut St

Confidential/Arrest

08/06/24

4:37 PM

4111 Walnut St

Packages taken from lobby area in apartment building

 

08/07/24

4:25 PM

3730 Walnut St

Tote bag taken from study room

 

08/09/24

11:09 AM

3730 Walnut St

Complainant reported tablet and accessories were taken from a table on the second floor

 

08/09/24

10:39 PM

3820 Locust Walk

Articles of clothing taken from laundry room

08/06/24

6:52 AM

3400 Chestnut St

Power tools taken from vehicle

Philadelphia Police 18th District

Schuylkill River to 49th Street & Market Street to Woodland Avenue

Below are the Crimes Against Persons from the 18th District: 11 incidents were reported for August 5-11, 2024 by the 18 th District, covering the Schuylkill River to 49th Street & Market Street to Woodland Avenue.

08/10/24

7:14 AM

3609 Chestnut St

08/07/24

11:09 AM

3800 Blk Walnut St

 

08/07/24

12:00 PM

3000 Blk Market St

 

08/07/24

9:03 PM

4600 Blk Walnut St

 

08/09/24

10:37 AM

3225 Walnut St

 

08/11/24

8:57 PM

129 S 30 St

 

08/11/24

11:30 PM

3600 Chestnut St

08/09/24

1:21 PM

S 40 & Spruce Sts

08/10/24

5:34 PM

N 34 & Market Sts

08/11/24

10:40 PM

S 37 & Chestnut Sts

08/05/24

12:05 AM

4742 Pine St

The Division of Public Safety offers resources and support to the Penn community. DPS developed a few helpful risk reduction strategies outlined below. Know that it is never the fault of the person impacted (victim/survivor) by crime.

  • See something concerning? Connect with Penn Public Safety 24/7 at (215) 573-3333.
  • Worried about a friend’s or colleague’s mental or physical health? Get 24/7 connection to appropriate resources at (215) 898-HELP (4357).
  • Seeking support after experiencing a crime? Call Special Services - Support and Advocacy resources at (215) 898-4481 or email an advocate at [email protected]
  • Use the Walking Escort and Riding services available to you free of charge.
  • Take a moment to update your cellphone information for the UPennAlert Emergency Notification System
  • Download the Penn Guardian App which can help Police better find your location when you call in an emergency.
  • Access free self-empowerment and defense courses through Penn DPS.
  • Stay alert and reduce distractions; using cellphones, ear buds, etc. may limit your awareness.
  • Orient yourself to your surroundings. (Identify your location, nearby exits, etc.)
  • Keep your valuables out of sight and only carry necessary documents.

Penn Parking & Commuter Services has moved to the first floor of the Penn Bookstore (near the Sansom Street entrance).

Operations began on Tuesday, July 30 at the new location, where the team assists the University community with its parking and commuting needs in an expanded space. The location is open weekdays, 8:30 a.m. until 5 p.m.

The move from 3401 Walnut, the department’s home of nearly 30 years, coincides with the launch of an expanded menu of flexible permits and programs for new parkers, which are being offered based on community feedback.

Parking & Commuter Services joins the PennCard Center and Onboard@Penn at the bookstore, solidifying the site as an accessible one-stop hub for a variety of Penn services.

Keep up with Penn Parking & Commuter Services at the department’s streamlined website .

Online full-text access to The Atlantic has been a perennial request of Penn Libraries. The magazine has a long, distinguished history as a cultural reporter and opinion-maker since its start in 1857 as a showpiece for Boston literati. Faculty in the political science department and other Penn academic programs frequently include Atlantic articles in their course reserve lists, and diligent students often report frustration over the website’s metered paywall access. Additionally, title changes over the years have made The Atlantic one of the more difficult items to find in the Penn Libraries catalog.

The Penn Libraries’  Atlantic  website subscription  provides web-only content and print-magazine content. Faculty can now easily share URLs to specific articles with students, and all students, faculty, and staff can enjoy everything The Atlantic has to offer, from cultural commentary to  the Caleb’s Inferno crossword . Currently, the subscription does not include  The Atlantic ’s mobile app.

Additionally, PDF versions of whole monthly issues (advertisements included) are available for download from the latest issue back to the first issue published in November 1857. While some of this content is currently available through Nexis Uni and Factiva, the new Atlantic website subscription provides images and publisher’s formatting. That said, readers interested in discovering and viewing specific articles in older issues of  The Atlantic  may still find it easier to use Penn Libraries’ searchable full text subscription to  The Atlantic Magazine Archive, covering 1857 through 2014.

How To Access

Accessing  The Atlantic  online is easy.

  • Visit the Sign In page from anywhere on  theatlantic.com .
  • Click on “Sign in through your institution.”  Do not create a personal account or sign in using the Facebook or Google options.
  • When prompted, type University of Pennsylvania where it asks you to enter your institution name and click “Continue.”
  • Enter your PennKey when prompted.
  • Enjoy  The Atlantic.

Dear Penn Community,

Thank you for your spirit of volunteerism. Many benefit from your willingness to share. We receive many expressions of gratitude from community members and agencies with whom we partner. The Penn community continues to work towards being good neighbors in our shared community.  We thank you for your overwhelming support and for your generosity.

We are pleased to report that the Penn VIPS Change Drive collected approximately $500 for the MK Bogle Scholarship Program, which supports graduating high school students with a history of performing community service and who have been accepted at an accredited college or university. This sum was added to the many donations from our sponsors. We thank all our sponsors.

Please also see below for a list of different volunteer activities, both on and off campus. Let us help you volunteer.

The following volunteer activities are available to the Penn community:

August 7–August 21 School Supplies Drive

Don’t forget to collect school supplies for the annual Penn Volunteers in Public Service (VIPS) school supplies drive. Donations are shared with West and Southwest Philadelphia public schools involved in the University Assisted Community (Sayre, Lea, Comegy’s West, for example), as well as students from Mastery Charter School. We also receive requests for items from local shelters, day care centers, and directly from families.

Support school children by providing books, pens, pencils, book bags, calculators, crayons, rulers, dictionaries, elementary school story books and other items children need to help them be successful in school.  Below is a complete list of suggested items for donation: Agendas or planners, backpacks, binder dividers, small binders, feminine products, hand sanitizer, hygiene products, stickers, paper towels, highlighters in different colors, tissues, pencils, erasers, glue, glue sticks, lined paper/notebooks (hard and spiral), three-ring binders, three-hole punches, loose-leaf paper or spiral notebooks, subject dividers, index cards, folders, blue and black pens, mechanical pencils, pencil pouches, rulers, tape, reams of paper for duplicating, scissors, books (fiction/nonfiction), and certificates and other incentives.

The following is a sample of the areas where you can conveniently drop your donations:

Van Pelt Library

Rachelle Nelson,

Illene Rubin

;

Netter Center

Isabel Sampson-Mapp

Finance

Sharon Barkley

FMC

Maryanne Nuzzo

Comptroller’s Office

Celestine Silverman

Nursing

Landy Georges

Residential Services

Linda Kromer

Physics & Astronomy

Michelle Last

Biology Department/Leidy Laboratories

Leah Dennis

Become a Mentor in the Penn Workplace Mentoring Program

Encourage 7th graders to do well in school. Talk to them about the importance of college, share your area of expertise in your job with them, and help them to think about their futures. Make a difference in the life of a young person.

 Mentors meet with students once a month from September to May. All sessions are held on Penn’s campus. Training is held in September.

Teach at the Nonprofit Institute sponsored by the Netter Center

Have a special knowledge on advisory boards, grant writing, risk management, strategic planning, etc.? Want to teach members of the surrounding community how to more effectively manage/create their nonprofits?

The Nonprofit Institute, a five-day program offering a variety of classes designed to help start-up nonprofits gain important skills needed to create a successful organization. Classes range from 1.5 hours to 3 hours. The institute is held twice a year, in the fall and spring.

Teach at the University Assisted Community School (UACS Nights)

Have a special talent? Want to teach it to members of the surrounding community? Do so through our exciting program called University Assisted Community Schools Nights. Teach adult learners your expertise in areas such as resume writing, interview skills, computers, professional development, dance, cooking, and/or a subject you are passionate about.  Teach once a week for a one- or two-hour period for four to six weeks. We also welcome classes that can be taught in a single two-hour session. Classes are normally held from 6–8 p.m. on Tuesday and Thursday evenings.

Adopt A Classroom

An exciting opportunity for you and your colleagues to “adopt” a Philadelphia school classroom and help teachers with needed supplies.

Provide needed classroom items like reams of paper, pens, pencils, tissues, hand sanitizer, notebooks, folders, glue sticks, disinfecting wipes, calculators, index cards, scissors, backpacks, pencil sharpeners, dividers, protractors, highlighters, markers, construction paper, book covers, combination locks, personal organizers, Post-It notes, tape, and staplers and staples.

Work with classrooms involved in community schools operated by the Netter Center for Community Partnerships. Schools include Lea, Sayre, West, Hamilton, Comegys, and more. You would have the opportunity to select the age group you prefer. A classroom would be assigned to you and a wish-list provided.

You and your colleagues can spend the summer collecting the supplies. Arrangements will be made in September for you to make your donations to your adopted class.

Dropsite Volunteers

Become a dropsite volunteer and participate in the various drives held throughout the course of the year. Assist with collecting donated items that are shared with a variety of agencies in the community. 

Penn VIPS provides the collected donations to local agencies and schools, which makes a huge difference to members of the surrounding community.

Drives take place as follows:

  • March –Change Drive to Benefit the Scholarship Program
  • August –School Supplies Drive
  • November –Food Drive
  • December –Toy/Gift Drive
  • December –New Coat Drive

Dropsite volunteers advertise the various drives, help designate the beneficiaries of the drives, and help with the distribution of the donated items.

Leftover conference bags, tee-shirts, pens, etc.?

Donate them to Penn VIPS. We will share them with school children and members of the community.

Contact Isabel Sampson-Mapp at  [email protected] for additional information about any of these opportunities.

—Isabel Sampson-Mapp, associate director, Netter Center for Community Partnerships

Physician-Scientist Training Program (PSTP)

The Stanford School of Medicine Physician-Scientist Training Program (PSTP) was established to provide medical students greater opportunities for engaging in biomedical research while taking the required coursework and clinical practice leading to the MD degree.

To enable that goal, a curriculum was created that embodies substantial periods free from formal classwork during the second and third academic years (see description of the “split” curriculum below). That format provides students with opportunities to engage in scholarly investigation and laboratory or clinical research within the medical school or on the university campus.

We believe that electing the combined academic/research opportunity provides students with a foundation for careers as physician investigators, a depleted but urgently needed phenotype. We have dubbed the program described above as the “Physician-Scientist Training Program (PSTP)” because throughout the period of studying and exploring, students will be guided and aided by faculty mentors committed to their progress and success.

PSTP Students

  • In the news:
  • CZ Biohub Announces Physician-Scientist Fellowship Program
  • $2.5 million Award to Support Physician-Scientist Training 
  • AAMC National MD-PhD Program Outcomes Study

The Split Curriculum

The “Split Curriculum”.   While many American medical schools are decreasing the extent to which medical students study basic science, advances in molecular medicine, and research in general, Stanford created a curriculum – the “Split Curriculum”- that restores vigor to the basic courses and provides opportunities to engage in other scholarly activities available at Stanford University. An important feature of the split curriculum is to provide to students who aspire to careers as physician-scientists the opportunity and means for acquiring an in-depth research experience concurrently with the academic coursework required to become a doctor. Thus, the split curriculum permits students who have completed the first-year course work to use the unscheduled blocks of time in the ensuing years to pursue a research project while they complete the remaining preclinical course requirements. Students choosing to pursue research in the split curriculum can immerse themselves in challenging problems, follow the research wherever it leads, and, possibly, be a part of solving the problem they set for themselves.   Further, we believe that the concentrated focus on a challenging, longitudinal research project made possible by the split curriculum is more beneficial for gaining research experience than taking a gap year following completion of the preclinical coursework.

Students formally decide whether to split the curriculum at the end of their first year of medical school. Students who do so will begin their research during the Summer Quarter after their first year.   Splitting their remaining pre-clerkship curriculum amounts to 3 half days per week spent in classroom lectures or clinical activities (Mondays and Tuesdays in the second year, called “M2A”), Thursdays and Fridays in the third year (called “M2B”). The remaining 7 half days per week and summers are available for the student’s research project, as overseen by their selected research mentor. Funding is provided by Med Scholars, to ensure that no additional medical school debt accrues when spreading education and research over 5 years.

The split curriculum may appeal to medical school applicants and matriculated students who already have substantial research experience. However, students with only limited research experience but who have participated in summer research programs before applying to medical school are also strongly encouraged to consider research opportunities and to join the PSTP.   Any MD student who matriculates at Stanford is eligible to pursue the split curriculum, even if they choose not to participate in PSTP activities.

The 5-Year MD Program Timeline

PSTPtimeline

Research training and career development for all PSTP students, regardless of pathway chosen, include :

  • Significant, immersive research training for students who matriculate for 5 or more years, either as “splitters” or as gap year students
  • Weekly lab meetings
  • INDE 217 – Physician Scientist Hour (3 total units - 1 unit each for autumn, winter, and spring quarters)
  • INDE 267 - Planning and Writing a Research Proposal (1 unit, winter quarter of first year of medical school)
  • MED 255 – Responsible Conduct of Research (1 unit, available all quarters)
  • Other coursework is tailored to a student’s chosen Scholarly Concentration
  • Poster presentations at the annual Stanford Medical Student Symposium - Students will be expected to attend the Symposium during their first year, and present during their second or third year
  • Annual research conferences in the discipline most closely associated with their lab research project
  • A full day of career development topics bringing together MD-only medical students, MSTP students, research residents & fellows, and physician-scientist faculty
  • “How to find a research mentor” programming led by the Associate Dean for Medical Research begins the summer prior to matriculation
  • Quarterly meetings with PSTP director(s)
  • Monthly Physician-Scientist Work-in-Progress (WIP) Seminars
  • Stanford Women’s Association of Physician Scientists ( SWAPS ) quarterly events (organized together with MSTP)
  • Preparation for application to research clinical residencies after graduation
  • Student-led social events including, lunches, dinners, PSTP Happy Hour, and other gatherings
  • Annual PSTP welcome barbecue

Physician-Scientist Opportunities

Stanford MD program students can pursue their interests in laboratory or biomedical informatics research as an integral part of their Stanford experience. Although many medical schools are decreasing medical students' exposure to basic science, molecular medicine, and research, Stanford has an attractive option for students who wish to pursue becoming physician-scientists. Stanford’s unique 5-year Discovery Curriculum  enables research-oriented students to complete their pre-clinical curriculum in three years instead of two years. The three year pre-clerkship schedule creates unscheduled blocks of time to pursue longitudinal research, early clinical experiences, and student wellness activities.

Students participating in a physician-scientist curriculum participate in laboratory or biomedical informatics research for 7 consecutive quarters beginning in the Summer Quarter after their first medical school year.  Funding is provided by the Medical Scholars Research Program  (Medscholars). This option may appeal to medical school applicants and matriculated students who already have substantial research experience. However, students with only limited research experience, but have participated in summer research programs before applying to medical school are also encouraged to consider research opportunities. 

The defining philosophy for our physician-scientist oriented curriculum is that students should immerse themselves in a longitudinal bench or biomedical informatics research project for 2 years. Students will start research the Summer Quarter after their first medical school year, then will “split” their remaining pre-clerkship curriculum, which amounts to only 3 half days per week spent in classroom lectures or clinical activities. The remaining 7 half days per week will be devoted to hypothesis-driven experiments in their research mentor’s lab. Three academic quarters have no coursework (two summer quarters and spring quarter of year 2).

PSTP Admissions

How does a prospective student seeking such an opportunity join PSTP? For students seeking admission to Stanford MD in 2022-2023, they can apply on the Stanford Secondary application. To facilitate the MD Committee on Admission’s ability to assess the applicant’s aptitude for, and interest in, pursuing the PSTP option, two additional essays are required. Applicants who are accepted into the MD program through the AMCAS portal are automatically accepted into the PSTP.

Applicants who apply through the traditional MD portal (e.g., who do not select the PSTP option in the application) and who are accepted for MD admission are also eligible to apply for the PSTP after matriculation. PSTP application following matriculation is not competitive, and we strongly encourage students to participate. Stanford PSTP’s guiding philosophy is simple – matriculate to Stanford and know that once you arrive, we will help you determine which of the many paths available will allow you to best reach your full potential as a physician-scientist.

PSTP Research Opportunities

Almost all PSTP students pursue one or more additional years of research, usually funded through the Medical Scholars Research Program  (Med Scholars). Deciding whether to pursue the “split curriculum” 5-year program, or add a full gap year for research, typically occurs in the first year of medical school. This is a highly individualized decision, made with guidance from the Associate Dean for Medical Research, research faculty, and advising deans. A subset of students will choose to apply for a longer, more focused training, either as Berg Scholars (6 years) or through the internal MSTP track (7+ years).

Research Residency Programs

Stanford University School of Medicine's Physician-Scientist Training Program (PSTP) serves as an umbrella program designed to integrate and maximize career development of physician-scientists across the career continuum. The program's goal is to increase the number and diversity of successful physician researchers in the U.S. workforce. The focus of the PSTP is on trainees participating in each of Stanford’s 14 individual Research Residency PSTPs (below) across the School of Medicine as well as the  Advanced Research Training at Stanford  (ARTS) and Translational Research and Applied Medicine (TRAM) programs. The ARTS program enables research residents and fellows to pursue PhD training as part of their postgraduate clinical training.  The TRAM program focuses on removing barriers and communication gaps between scientists and clinicians.

  • FARM program
  • Integrated Cardiothoracic Surgical Training Program
  • ACLAM Residency
  • Clinical Scholars Track
  • ACCEL Program
  • Translational Investigator Pathway
  • Neuroscience Scholar Tracks
  • Neurosurgery Research Programs  (Enfolded Clinical Fellowship and/or Basic/Clinical Research)
  • SOAR Research Program
  • Clinician-Scientist Training Program
  • Physician-Scientist Scholars Program
  • Physician Scientist Track
  • Research Track
  • Radiation Oncology

Other ways to be a part of the PSTP Community

Students who enter with substantial research experience (e.g., have already earned a PhD) are also encouraged to participate in PSTP activities but typically complete their MD studies in 4 years. Students who are concurrently enrolled in MS programs often participate in a subset of PSTP career development activities that complement their MS coursework.

FAQ and Additional Resources

Why train to become a Physician-Scientist?

Physician-scientists (PS) play central roles in the basic science discovery process, testing new diagnostics and therapeutics in clinics and hospitals, and delivery of discoveries to individual patients (or even large populations of patients) as practicing clinicians.  A physician scientist shortage already exists in the United States and is expected to worsen over the next decade. As a result, PS career opportunities in academia, government, world health, and industry will expand over time, offering the thrill of discovery and the flexibility to effectively combine both laboratory research and patient care. Finally, clinicians with training as physician-scientists who later focus primarily as caregivers benefit from rigorous research experiences and acquisition of foundational basic science skills.

How do I become a Physician-Scientist?

The most common route to become a physician-scientist is through research residencies and fellowships following MD/PhD training. Stanford PSTPs actively recruit from Medical Scientist Training Program (MSTPs) across the country, including our own MSTP. Stanford has an exceptional MSTP with over a 50 year history of sustained funding and successful trainee outcomes. Most trainees equate physician-scientist training with MD/PhD programs. However, there are many other potential paths to becoming a physician-scientist along the career continuum. Abundant examples exist of MD-only physician-scientists doing cutting-edge, NIH-funded basic research. These individuals often became interested in research during a short medical school research experience, later receiving more intensive research training as part of a clinical or research fellowship prior to starting their academic careers.  Many Stanford medical students “try out” research for the first time in medical school through the Medical Scholars Research Program . For these students, this is when the “research bug” is caught. They then choose to take advantage of the 3-year pre-clerkship curriculum for Physician-Scientists.

Alternatively, Stanford medical students may choose to take 1 or more gap years to study deeper research questions or to pursue advanced degrees in various disciplines. Other Stanford medical students arrive on campus with substantial research experience already and continue to pursue their goals as MD-only physician-scientists. Still other Stanford medical school graduates will become “late bloomers” who choose to pursue research as a career during residency or fellowship training, in “research residencies” or “short-track residencies”. Some late bloomers even choose to pursue a PhD during clinical training through the Advanced Residency Training at Stanford (ARTS) program.

What opportunities can I pursue?

Students may choose to continue research training after graduation by matching to research residencies at Stanford or elsewhere. A database of research residencies can be found on the American Physician Scientist Association (APSA) website. The Burroughs Wellcome Fund has established a Physician Scientist Institutional Award to fund 10 centers in North America that promote physician scientist careers. Stanford University is one of the 10 institutions.

Stanford's goal for MD program students who wish to pursue physician-scientist careers is to provide trainees with foundational skills that will enable them to succeed. A subset of Stanford MD program students will apply to the  Berg Scholars Program  to pursue an MS in Medicine in Biomedical Investigation or apply for participation in  MSTP  to pursue a PhD.

Why choose Stanford?

Stanford currently offers 14 different research residency programs across a wide variety of different disciplines. Each residency offers discipline-specific curricula, individualized mentoring, and career development opportunities. An umbrella PSTP through Stanford Medicine has been created to develop cross-disciplinary career development opportunities, including a full day PSTP Symposium that is open to all research residents and fellows, MSTP and Berg Scholars students, and junior faculty. Stanford’s umbrella PSTP is partially funded by the Burroughs Wellcome Fund and is in the process of linking to a national PSTP consortium. Stanford’s commitment to developing physician scientists from medical school up through faculty is one of the best reasons to choose Stanford.

For medical students, Stanford has specifically designed flexibility in our curriculum to increase the number of medical students who wish to pursue careers in laboratory or biomedical informatics research areas.

Our philosophy is that MD program students should immerse themselves in a longitudinal bench or biomedical informatics research project for 2 years.  The Discovery Curriculum's pathways allow students to start research the summer after their first medical school year, "spliting" their remaining pre-clerkship curriculum.  Their schedule has 3 half days per week spent in classroom lectures or clinical activities. The remaining 7 half days per week are devoted to hypothesis-driven experiments in their research mentor’s lab. Three academic quarters have no coursework (two summer quarters and the spring quarter of year 2) in order for students to devote themselves to biomedical investigation.

Mentoring and Training Opportunities

Stanford also strives to provide “near peer” mentoring and training opportunities for the following educational levels:

  • Residents and Fellows
  • Residency & Fellowship Programs
  • Medical Students
  • Berg Scholars Program
  • Medical Scientist Training Program (MSTP)
  • Stanford Women Association of Physician Scientists (SWAPS)
  • Undergraduates
  • SSRP-Amgen Scholars Program
  • High Schools
  • Stanford Institutes of Medicine Summer Research Program (SIMR)
  • Stanford Medical Youth Science Program (SMYSP)

For inquiries about our program, please contact:

[email protected]

updated August 2022

IMAGES

  1. Get into UPenn/Perelman School of Medicine: Requirements and Data

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  2. PPT

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  3. UPenn Holds In Person Graduation For Medical Students For First Time Since Pandemic

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  4. Medical Physics Graduate Programs at the University of Pennsylvania

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  5. University of Pennsylvania: Perelman Center for Advanced Medicine

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COMMENTS

  1. Home

    Hear what makes our Medical Physics Graduate Programs stand out! Watch our recent Virtual Information Session to hear program highlights and more from our program director, current students, and alumni. ... University of Pennsylvania Health System Perelman Center for Advanced Medicine - PCAM 2W 3400 Civic Center Blvd. Philadelphia, PA 19104

  2. PhD in Bioengineering

    The Medical Physics Graduate Programs reserves the right to request an English proficiency test or interview from any applicant, may make enrollment in English language courses a condition for admission, and/or may subsequently require that an admitted student enroll in English language courses based on an assessment of the student's English ...

  3. PhD in Bioengineering

    The PhD in Bioengineering - Medical Physics Concentration prepares you to work in academic and professional careers in health physics, physical science, radiation science, medical physics, radiation biology, and radiation safety. ... University of Pennsylvania Health System Perelman Center for Advanced Medicine - PCAM 2W 3400 Civic Center ...

  4. Faculty

    Professor of Radiation Oncology, Department of Radiation Oncology, University of Pennsylvania Perelman School of Medicine. Dr. Stephen Avery directed the programs from 2010 - 2015 and 2018-2021.He holds a BS in Physics from Millersville University and an MS and PhD in Experimental Nuclear Physics from Hampton University.

  5. FAQ

    Medical Physics Graduate Programs. Department of Radiation Oncology University of Pennsylvania Health System Perelman Center for Advanced Medicine - PCAM 2W 3400 Civic Center Blvd. Philadelphia, PA 19104 215-662-3617 Email Us

  6. Master of Science in Medical Physics

    Medical Physics Graduate Programs. Department of Radiation Oncology University of Pennsylvania Health System Perelman Center for Advanced Medicine - PCAM 2W 3400 Civic Center Blvd. Philadelphia, PA 19104 215-662-3617 Email Us Follow Us Facebook Instagram; Links of Interest ...

  7. Current Residents

    My journey began in Tianjin, China, where I was born and raised before moving to the U.S. at the age of eight. Growing up in Ann Arbor, Michigan, I pursued my undergraduate degree in physics and biophysics at the University of Michigan. Subsequently, I began my graduate studies at the University of Pennsylvania and received an MS in medical ...

  8. Tuition and Financial Aid

    The University of Pennsylvania Medical Physics Graduate Programs has two (2) $25,000 scholarships available per year (applied as a tuition bill credit) to support students who enroll full-time in our Master of Science in Medical Physics degree program. MPGP Diversity, Equity, and Inclusion (DEI) Scholarship

  9. Radiation Physics Research

    Kevin Teo, PhD. Associate Professor --Director of Medical Physics, Vice Chair, Medical Physics. Dr. Teo has research focused on the applications of advanced imaging tools to improve quantification and reduce proton range uncertainties.

  10. Medical Physics, MSMP < University of Pennsylvania

    The Master of Science in Medical Physics (MSMP) degree program prepares students as future leaders for careers in medical physics specialties such as radiation therapy, diagnostic imaging, nuclear medicine, and health physics. Students gain the clinical experience necessary to apply for residencies and move into clinical practice as well as ...

  11. Imaging Physics Residency Program

    The Imaging Physics Residency at Penn will be using MedPhys Match to fill the open slot (s) for July 2024. Application may be submitted through MP-RAP no later than January 7, 2024. To be considered for the residency program, all applicants must meet the following requirements: MS Applicants: Completion of a CAMPEP-accredited graduate medical ...

  12. Medical Physics, Certificate < University of Pennsylvania

    The Certificate in Medical Physics provides students with a curriculum based on the recommendations of AAPM report #197S, which outlines the ideal training for a post-graduate education in medical physics. The coursework includes radiological physics, radiation protection, medical imaging, medical ethics/government regulation, anatomy and ...

  13. Penn Summer

    The Master of Medical Physics Graduate Program, offered through Penn s College of Liberal and Professional Studies (LPS), is a CAMPEP Accredited, multidisciplinary medical physics program, combining courses from the Department of Physics and Astronomy in the School of Arts & Sciences and the Departments of Radiology and Radiation Oncology in the School of Medicine.

  14. University of Pennsylvania Medical Physics Graduate Programs ...

    University of Pennsylvania Medical Physics Graduate Programs, Philadelphia, Pennsylvania. 1,092 likes · 1 was here. CAMPEP-accredited PhD, MS, Certificate programs train future leaders for careers in...

  15. People

    At Penn: ~1997-98 Degree: Post-doc, Penn; PhD Research: Diffuse Light Experiment Current/Recent: Department of Mathematics, Physics and Computer Science (MPCS), University of the Sciences in Philadelphia. Giammarco, Joe. [email protected] Eastern University 1300 Eagle Road St. Davids, PA 19087-3696 more.

  16. Biomedical Optics

    Biomedical Optics. Biomedical optics is a broad and highly interdisciplinary field with participants from physics, biophysics, biochemistry, engineering, biology, medicine, mathematics, and computer science. This research encompasses all aspects of optical imaging and spectroscopy ranging from subcellular lengthscales to large tissue volumes ...

  17. Medical Physics (MPHY) < University of Pennsylvania

    MPHY 6990 Independent Study. This course is designed to provide the student with a unique learning experience not achievable by ordinary course work. Clinical projects offered by faculty and staff physicists from the Department of Radiation Oncology may count as an independent study course. 1 Course Unit.

  18. Faculty

    We are the Perelman School of Medicine -- the Nation's First -- and the Hospital of the University of Pennsylvania -- the nation's first hospital built by a medical school. Our heritage is the cornerstone for our future and the legacy which supports our pursuit of the highest standards in education, research, and patient care.

  19. People

    PhD Condensed Matter Physics, University of Cincinnati, USA . Maxim Godzi Visiting graduate student, 2015-2017 ... visiting medical student, Summer 2016. Faculty of Medicine, Ege University Turkey ... University of Pennsylvania), 2011-2012 Vadim Mustyatsa, visiting graduate student, 2011-2014 Boris Nikashin, visiting graduate student, 2011 ...

  20. PDF Medical Physics, MSMP

    MPHY 6090. or MPHY 6120. The Master of Science in Medical Physics (MSMP) degree program prepares students as future leaders for careers in medical physics specialties such as radiation therapy, diagnostic imaging, nuclear medicine, and health physics. Students gain the clinical experience necessary to apply for residencies and move into ...

  21. Xiao Lab

    Tawfik Giaddui, PhD (Jan 2015-Feb 2017) Haoyu Zhong, MS (June 2016-Mar 2019) Mi Huang, PhD (July 2016-July 2018) Chingyun Cheng, PhD (Oct 2016-July 2018)

  22. Last Minute Check: MS Programs

    Thank you for the input. Penn stopped taking new students for a year or two while they transferred from the Department of Physics at the traditional undergrad/grad colleges to UPenn's medical school - Perelman School of Medicine. They said they could be more tightly integrated with the medical education of PSOM, both didactic and clinical.

  23. Abramson Cancer Center of the University of Pennsylvania

    PhD (Biology/Radiation Biology) Department of Biophysics, Moscow State University, Moscow, USSR, 1991. ... Institute of Experimental Cardiology, Cardiology Research Center, Russian Academy of Medical Sciences, Moscow, Russia, 1992-1996. ... Pulmonary and Critical Care Division, Department of Medicine, University of Pennsylvania, Philadelphia ...

  24. Volume 71 Number 2

    Stephanie Acquaye: 2024-2026 Jonas Scholar. August 20, 2024; vol 71 issue 2; Honors; print; Facebook; Twitter; Jonas Nursing, a leading supporter of doctoral nursing education in the U.S., and the American Association of Colleges of Nursing (AACN) have announced that Stephanie Acquaye, a current PhD student in Penn Nursing, has been selected as a Jonas Scholar for the program's 2024-2026 cohort.

  25. Physician-Scientist (PSTP)

    The "Split Curriculum". While many American medical schools are decreasing the extent to which medical students study basic science, advances in molecular medicine, and research in general, Stanford created a curriculum - the "Split Curriculum"- that restores vigor to the basic courses and provides opportunities to engage in other scholarly activities available at Stanford University.

  26. Who are the Black Physicists?

    Sylvester James Gates - first winner of the Americal Physical Society's Bouchet Award.. Roscoe Giles - physicist turned computer scientist- in 2004, one of 50 most important Blacks in Research Science. Larry Gladney - University of Pennsylvania Particle Physicist. Meredith Gourdine - averaging a patent a year since 1971 including the Focus Flow Heat Sink, used for computer chip cooling.

  27. PDF Conflict Simulation: Ukraine Two Years at War

    PhD Candidate, International Relations and Comparative Politics, University of Pennsylvania Thomas J. Shattuck Senior Program Manager, Perry World House University of Pennsylvania This exercise is a fictional scenario created solely for the purpose of educational dialogue. It reflects no positions of the US Army, the US government,