Skip to Content Skip to Content

Science & Technology

Reset All Filters
1611 Results
Training the next generation of globally minded researchers
paren and issartel in the lab

Training the next generation of globally minded researchers

As part of the Research and Education in Active Coatings Technologies for the Human Habitat program, students conduct fundamental research on materials that can improve lives while engaging in international collaborations and educational activities.

Erica K. Brockmeier

Five insights into how the brain works
Person sitting at a table with blurry people in front and a screen hanging on the wall behind, which reads, "Experiential effects on brain development."

Martha J. Farah, the Annenberg Professor of Natural Sciences, is director of the Center for Neuroscience & Society at Penn. (Pre-pandemic image: Courtesy Martha Farah) 

Five insights into how the brain works

As the Center for Neuroscience & Society celebrates 10 years, founding director Martha Farah reflects on the array of research from its faculty, on subjects from brain games to aggression.

Michele W. Berger

Minding the gap between mass transit and ride-hailing apps
Person holding a cellphone with a lit up image of a car emanating from it.

As Uber and Lyft become more widely available, researchers zero in on how these ride-hailing services are affecting urban development and the environment.

Minding the gap between mass transit and ride-hailing apps

With support from the Kleinman Center for Energy Policy, doctoral students Caitlin Gorback and Summer Dong are researching how services like Uber and Lyft are changing our transport habits, cities, and environments.

Gina Vitale , Michele W. Berger

Sun, sand, and medical rehab robots
A smiling person sits as one person touches his closed hand, another looks at part of a robotic device, and a third looks on at a laptop on a table in a medical room.

Three students in the Penn Global Seminar “Robotics and Rehabilitation” fit a Jamaican man (left) with a robotic device that may help him grasp objects in a hand that lost some capabilities following a stroke. (Photo: Jacob Gross)

Sun, sand, and medical rehab robots

As part of a new interdisciplinary Penn Global Seminar, 16 undergraduates traveled to Jamaica to test and refine robotic rehabilitation devices for patients in need.

Gina Vitale , Michele W. Berger

An early start at research
A young woman (right) places electrodes on another young woman's neck (left).

Rising senior Donnisa Edmonds (right) practices placing electrodes on her colleague to measure physiological responses. As part of her research with the EDEN lab, she tracks the physical responses of children as they perform a series of tasks.

An early start at research

As part of the Jumpstart for Juniors program through the Center for Undergraduate Research and Fellowships, rising seniors can spend the summer working with faculty on unique and fascinating projects.

Gina Vitale , Katherine Unger Baillie

Founded on an ecosystem of innovation
Michael Posa works on CASSIE, a legged robot in a lab.

Michael Posa works on CASSIE, a bipedal robot in the Dynamic Autonomy and Intelligent Robotics lab. (Photo: Eric Sucar)

Founded on an ecosystem of innovation

Penn was built on the concept of innovation. “If it’s new, novel and holds promise to change the world,” says President Amy Gutmann, “you’ll find it at Penn.”
Inside the scientific glassblower’s studio
blowing glass in the studio

Inside the scientific glassblower’s studio

A glimpse inside Penn’s glass shop and how the art of scientific glassblowing makes the innovative research happening on campus possible.

Erica K. Brockmeier

A new drug target for chemically induced Parkinson’s disease
Grid of multiple brain scans

Findings from Penn Vet suggest a potential new target for treating Parkinson's, an enzyme that wreaks its damage on dopamine-producing neurons.

A new drug target for chemically induced Parkinson’s disease

An enzyme that modifies chemicals formed in the body by alcohol, tobacco, and certain foods may be a new target for treating Parkinson’s disease. The altered compounds may play a role in triggering the onset or advancing the progression of the neurodegenerative condition.

Katherine Unger Baillie

Novel model for studying intestinal parasite could advance vaccine development
Fluorescent microscopic images shows a section of intestine with blue, green, and red labels.

A section of intestine from an infected mouse shows Cryptosporidium tyzzeri parasites in red. The Penn Vet-led team is the first to sequence, study, and manipulate a naturally occurring mouse Cryptosporidium. (Image: Muthugapatti Kandasamy, Adam Sateriale, and Boris Striepen)

Novel model for studying intestinal parasite could advance vaccine development

The intestinal parasite Cryptosporidium causes frequent outbreaks in the U.S., and has been historically difficult to study. A novel model of infection from Penn Vet serves as a new tool to pursue a vaccine.

Katherine Unger Baillie