Douglas Jerolmack Elected American Physical Society Fellow

News / January 8, 2026

Douglas Jerolmack has been elected a 2025 Fellow of the American Physical Society for his pioneering work in Soft Earth Geophysics. His research reveals the physics behind the formation and flow of soft earth materials and advances how we study Earth and other planetary surfaces.

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Nadia Figueroa Receives 2025 CAREER Award

News / January 8, 2026

Nadia Figueroa has received an NSF CAREER Award for her work on human-robot collaboration. Her research aims to create physically intelligent robots that can sense, adapt, and interact safely and fluidly with people in real-world environments.

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A ‘Rosetta Stone’ for Molecular Systems

News / January 8, 2026

Penn Engineers have created a mathematical “Rosetta Stone” that links atomic motion to large-scale behavior like protein folding and ice melting. The new STIV framework could replace costly simulations, helping researchers design smarter materials, medicines, and technologies.

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Pedaling Toward a Sustainable Future

News / January 8, 2026

Dustyn Roberts’ popular MEAM course is redefining how engineering is taught through sustainability. Recently featured in ASEE’s PRISM, Bicycles: The Mechanical Advantage blends mechanics, design, and community engagement to show students how engineering can drive people-first, real-world impact.

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Cracking the Code of Force-Driven Chemistry

News / July 17, 2025

Unlocking the power of force, Penn engineers have developed a groundbreaking model that helps predict mechanochemical reactions, paving the way for greener manufacturing and more efficient materials.

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Revolutionizing Earth System Forecasting

News / July 10, 2025

Aurora, a new machine learning model developed by Paris Perdikaris and collaborators at Microsoft Research, dramatically improves Earth system forecasting by making predictions faster and more accurate at a fraction of the computational cost.

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Teaching Robots to Build Without Blueprints

News / June 17, 2025

Researchers have developed a method for virtual swarms of robots to autonomously build complex structures through simple, reactive behaviors, offering a potential new paradigm for robust, adaptable manufacturing without a central blueprint.

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Knowing When to Bend or Break

News / May 7, 2025

Ottman Tertuliano and Robert Carpick’s new study explores how graphene, a super-strong material, self-organizes into 3D structures through “auto-kirigami” when subjected to deformation, offering insights for future applications of this unique material.

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