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New faculty explore how individual minds influence group behavior
Three photos of Marlyse Baptista, Nacho Sanguinetti, and Fritz Breithaupt.

Linguist Marlyse Baptista, neuroscientist Nacho Sanguinetti, and humanities scholar Fritz Breithaupt were all hired through MindCORE under the theme of “interconnected minds,” focusing on how individual minds influence group behavior and vice versa.

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New faculty explore how individual minds influence group behavior

Linguist Marlyse Baptista, neuroscientist Nacho Sanguinetti, and humanities scholar Fritz Breithaupt are part of MindCORE’s Interconnected Minds cluster hire.
How estrogen in the brain impacts stress and trauma response
The human hippocampus.

Image: libre de droit via Getty Images

How estrogen in the brain impacts stress and trauma response

New research from Penn Medicine reveals how estrogen levels in the brain influence vulnerability to stress-related memory problems, helping explain sex differences in PTSD risk.

Eric Horvath

Shujie Yang harnesses sound to build the next generation of microrobotic medicine
Shujie Yang

Shujie Yang is at the frontier of single-cell acoustic manipulation, an emerging field that blends physics, mechanobiology, and medicine.

(Image: Courtesy of Penn Engineering)

Shujie Yang harnesses sound to build the next generation of microrobotic medicine

Yang’s lab at Penn Engineering uses precisely-controlled ultrasound waves to develop microscale tools that can manipulate cells, viruses, and soft materials without physical contact.

Melissa Pappas

2 min. read

Building better delivery vehicles for medicine
A machine in Michael Mitchell’s lab.

Image: Courtesy of Penn Engineering

Building better delivery vehicles for medicine

Penn researchers in the Mitchell Lab are modifying lipid nanoparticles, the delivery vehicles for mRNA therapies, to make them more potent, precise, and better tolerated.

Ian Scheffler

2 min. read

Taking AI to the next level 

Taking AI to the next level 

René Vidal develops AI algorithms that are easier to understand, reliable, and trustworthy, helping make AI safer and more transparent in real-world use.

Topology helps build more robust photonic networks
(From left) Xilin Feng, Liang Feng, and Tianwei Wu in an engineering lab.

(From left) Xilin Feng, Liang Feng, and Tianwei Wu developed a microring array that allows multiple beams of light to travel simultaneously, protected by topology.

(Image: Sylvia Zhang)

Topology helps build more robust photonic networks

Researchers at Penn Engineering draw insights from topology to help drive promising, light-based technological advances in computing and communications.

Ian Scheffler

2 min. read

Tracing the evolving law and business of TV
An old tv monitor.

Image: narvikk via Getty Images

Tracing the evolving law and business of TV

Reflecting on 100 years of television, Christopher Yoo of Penn Carey Law provides an overview of TV’s shifting legal landscape, and Barbara Kahn of the Wharton School shares how branding has evolved.

3 min. read

Can AI manage an entire medical decision process?

Can AI manage an entire medical decision process?

A new Wharton study tests whether AI can handle realistic clinical decision-making, a dynamic process that requires managing a patient’s condition under time pressure.

From Knowledge at Wharton

2 min. read