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César de la Fuente, Jason Altschuler Named Sloan Research Fellows

The University of Pennsylvania’s Jason Altschuler, César de la Fuente, Liang Wu, and Anderson Ye Zhang have each been selected to receive a 2025 Sloan Research Fellowship, which recognizes early-career scientists in North America.

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Violent Language in Films Has Increased Since the 1970s: A New Study

Violent entertainment has made it into the public discourse due to rising concerns about the graphic nature of highly popular video game franchises including Grand Theft Auto (GTA) and Call of Duty. But what about violence in films which are enjoyed by a much larger and more diverse audience?

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Is Moore’s Law Really Dead?

In 1965, Gordon Moore defined a relationship between cadence and cost for computing innovation that came to be known as “Moore’s Law.” This rule both described and inspired the exponential growth that built the Information Age.

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Revolutionizing Data Centers: Penn Engineers’ Breakthrough in Photonic Switching

Every second, terabytes of data — the equivalent of downloading thousands upon thousands of movies at once — travel around the world as light in fiber-optic cables, like so many cars packed onto a super-fast highway. When that information reaches data centers, it needs a switching system, just as cars need traffic lights, to exit the highway in an orderly fashion.

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George Pappas and Nikolai Matni Receive 2024 IEEE Control Systems Society Best Paper Awards

George Pappas, UPS Foundation Professor of Transportation in Electrical and Systems Engineering (ESE) and Associate Dean for Research for Penn Engineering, and Nikolai Matni, Assistant Professor in ESE, have been recognized with awards from the Control Systems Society (CSS) of the IEEE honoring their publications in IEEE Transactions on Automatic Control and IEEE Transactions on Control of Network Systems, respectively.

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Unlocking Multi-Core Potential: Robert Gifford’s Breakthroughs in Real-Time System Safety

From pacemakers to autonomous vehicles, Robert Gifford's innovations in real-time systems are paving the way for safer, more efficient multi-core computing

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Giving Robots Superhuman Vision Using Radio Signals

PanoRadar gives robots superhuman vision by transforming simple radio waves into detailed, 3D views of the environment.

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From Penn Engineering to AI Leadership: Archana Vemulapalli’s Path to Success

Archana Vemulapalli (GEN'01, CGS'05) shares the lessons that have taken her from Penn Engineering to the forefront of AI, as head of global commercial sales for AMD.

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Penn Engineering Research Discovers Critical Vulnerabilities in AI-Enabled Robots to Increase Safety and Security  

Penn Engineers reveal a critical safety flaw in AI-powered robots, and call for more extensive regulation and a focus on safety where robotics and AI meet.

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Training Medical AI with Knowledge, Not Shortcuts

By emulating the training pathway of human physicians, KnoBo breaks new ground in medical image recognition with AI.

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AI Meets Medicine: Penn Secures ARPA-H Funding for AI in Breast Cancer Care and More

Penn Engineering and Penn Medicine received $7M from ARPA-H to develop AI systems to improve treatment for breast cancer and other diseases.

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Touching the Future: Mastering Physical Contact with New Algorithm for Robots

Michael Posa's new algorithm lets robots react to complex physical contact in real time.

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Revolutionizing Cardiovascular Risk Assessment with AI

Penn Engineers are studying how to assess cardiovascular health by analyzing images of the retina using AI.

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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.

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Melding AI and RNA: $18M NSF AIRFoundry to Revolutionize RNA Research

The NSF AIRFoundry will accelerate RNA research using the power of AI and educate the next generation of RNA researchers

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