Research

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.

Nathi Magubane, Ian Scheffler

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



In the News


Pittsburgh Post-Gazette

Civil discourse: Tips for navigating potentially divisive discussions around the holiday table

Research co-authored by Matthew Levendusky of the School of Arts & Sciences found that political discussions between members of opposing voting parties helped reduce polarization and negative views of the other side.

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Business Insider

The hidden risk factor investors may be missing in stocks, bonds, and options

A study by Nikolai Roussanov of the Wharton School and colleagues finds that stocks, bonds, and options strategies could have more correlated risk than is evident on the surface.

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Inc.

Why the return to office workforce is coming back less diverse

A study by the Wharton School found that changing job openings to remote work at startups increased female applicants by 15% and minority applicants by 33%.

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The Washington Post

Diversity will suffer with five-day office mandates, research suggests

A 2024 Wharton School study found that changing job openings to remote work at startups increased female applicants by 15% and minority applicants by 33%.

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Education Week

The more students miss class, the worse teachers feel about their jobs

A study co-authored by Michael Gottfried of the Graduate School of Education finds that teacher satisfaction steadily drops as student absenteeism increases.

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Interesting Engineering

Superhuman vision lets robots see through walls, smoke with new LiDAR-like eyes

Mingmin Zhao of the School of Engineering and Applied Science and colleagues are using radio signals to allow robots to “see” beyond traditional sensor limits.

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