School of Engineering & Applied Science

PHILADELPHIA -- Researchers at the University of Pennsylvania have created a revolutionary new technique that will allow scientists to accurately measure the forces cells exert as they move through a three-dimensional environment.

PHILADELPHIA –- A collaboration of biologists and bioengineers, including researchers from the University of Pennsylvania, has received a $6.25 million, 5-year grant from the Department of Defense to study the effects of blast waves on the neural circuitry of the brain.

PHILADELPHIA –- University of Pennsylvania researchers Ritesh Agarwal and Patrick Seale have been honored with the New Innovator Award from the National Institutes of Health, providing each with $1.5 million to support their research

PHILADELPHIA –- Engineers, design architects and cell biologists from the University of Pennsylvania will use a National Science Foundation grant to utilize the flexibility and sensitivity of human cells as the models for next-generation building “skins” that will adapt to changes in the environment and increase building energy efficiency.

PHILADELPHIA –- A collaboration of network researchers led by Jonathan Smith of the University of Pennsylvania has been awarded $7.5 million by the National Science Foundation to help build a network architecture, Nebula, to support trustworthy “cloud computing” with a secure, more robust next-generation Internet.

WHO:Penn student volunteers and their middle-school partners will launch rockets and power boats as part of a week-long summer course designed to get young people excited about science and technology. WHAT:

PHILADELPHIA –- A White House report analyzing the impact of the American Recovery and Reinvestment Act on innovation, science and technology has drawn praise from United for Medical Research.

PHILADELPHIA –- Bioengineers at the University of Pennsylvania have created a system to control the flexibility of the substrate surfaces on which cells are grown without changing the surface properties, providing a technique for more controlled lab experiments on cellular mechanobiology, an important step in the sc

PHILADELPHIA –- Collaboration by chemists, physicists and materials scientists at the University of Pennsylvania has created a simple and inexpensive method to rapidly grow centimeter-scale membranes of binary nanocrystal superlattices, or BNSLs, by crystallizing a mixture of nanocrystals on a liquid surface.

PHILADELPHIA –- University of Pennsylvania bioengineers have demonstrated that the cells that line blood vessels respond to mechanical forces — the microscopic tugging and pulling on cellular structures — by reinforcing and growing their connections, thus creating stronger adhesive interactions between neighboring cells.