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Twisted sheets yield electrifying outcomes
Artist's rendering of a quantum computing unit.

iStock/Bartlomiej Wroblewski

Twisted sheets yield electrifying outcomes

Researchers uncovered how twisting layers of a material can generate a mysterious electron-path-deflecting effect, unlocking new possibilities for controlling light and electrons in quantum materials.
Pioneering robotic triage
remote controlled robotic vehicle

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Pioneering robotic triage

By combining the power of autonomous systems and medical expertise, a team of engineers and physician scientists from Penn are tackling the challenge of mass casualty triage.
Celebrating the dedication of Amy Gutmann Hall
The exterior of the new Amy Gutmann Hall on Penn’s campus.

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Celebrating the dedication of Amy Gutmann Hall

On a breezy, overcast early fall day, members of the Penn community gathered to dedicate the University’s new center for data science and artificial intelligence: Amy Gutmann Hall.
Penn’s Gilliam Fellows bridge inclusion and innovation
Brianna Hill-Payne and Sam Preza.

Penn’s Gilliam Fellows Brianna Hill-Payne (left) and Sam Preza.

(Image: Courtesy of Penn Medicine News)

Penn’s Gilliam Fellows bridge inclusion and innovation

Two Ph.D. students are among 50 graduate students selected to receive this year’s Howard Hughes Medical Institute Gilliam Fellowship, which advances equity and inclusion in science through a mentorship skills development course.

From Penn Medicine News

Liquid crystals in motion mimic biological systems
Various undulating shapes of crystals.

Under the right conditions, liquid crystals form structures reminiscent of biological systems, shown in actual (left) and false color (right), with the filaments in light blue and the flattened discs in yellow.

(Image: Christopher Browne)

Liquid crystals in motion mimic biological systems

Researchers in the lab of Chinedum Osuji have discovered that under the right conditions, liquid crystals form structures reminiscent of biological systems that can transport material from one place to another, much like complex biological systems.

Ian Scheffler

Preparing the next generation of engineers to solve the world’s energy and sustainability problems
Lorena Grundy “Teaching with impact”

Lorena Grundy is Penn Engineering’s new practice assistant professor in chemical and biomolecular engineering.

(Image: Courtesy of Penn Engineering Today)

Preparing the next generation of engineers to solve the world’s energy and sustainability problems

Lorena Grundy is Penn Engineering’s new practice assistant professor in chemical and biomolecular engineering.

Melissa Pappas

Pioneering efficient traffic control and sustainable energy solutions
Highway traffic congestion and exhaust.

Image: iStock/ssuaphoto

Pioneering efficient traffic control and sustainable energy solutions

Nandan Tumu, a doctoral student in Electrical and Systems Engineering in the School of Engineering and Applied Science, is developing algorithms to improve traffic management for a more sustainable world.

From Penn Engineering

Testing a novel, community-driven response to heat islands in Philadelphia
Hanzhong Luo has his body heat scanned in a cooling shelter prototype.

Dorit Aviv uses an infrared camera to demonstrate the effects of the Tenopy’s radiant cooling panels on Hanzhong Luo.

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Testing a novel, community-driven response to heat islands in Philadelphia

Researchers from three University of Pennsylvania schools collaborated with a Hunting Park nonprofit to design, build, and test a prototype of a cooling shelter to place at a bus stop.