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AI at Princeton: "AI for Accelerating Invention"AI for Accelerating Invention, a new Princeton AI Lab Initiative, integrates artificial intelligence into engineering research, developing new technologies and tools to accelerate the process of…
From Broadcast Broadcast Center Staff
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Kolemen, Egemen - "A.I. for Fusion Energy"AI for Accelerating Invention, a new Princeton AI Lab initiative, integrates artificial intelligence into engineering research, developing new technologies and tools to accelerate the process of…
From Broadcast Broadcast Center Staff
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Rusinkiewicz, Szymon - "Closed-Loop Control of Direct Ink Writing via Reinforcement Learning"AI for Accelerating Invention, a new Princeton AI Lab initiative, integrates artificial intelligence into engineering research, developing new technologies and tools to accelerate the process of…
From Broadcast Broadcast Center Staff
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OURSIP Intern - Pranav MathurControl of Neutral Atom Quantum Computer Using an RFSoC FPGA Advised by:Jeff Thompson, ECE
From our Undergraduate Research
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Optimizing Classical Hardware for Superconducting Qubit Control, Elizabeth Medina, UG '24 (AAFC1283)Quantum computers have the potential to provide improvements in a variety of areas, including drug development, artificial intelligence, and finance. These computers use quantum mechanics to perform…
From Research Princeton Research Day
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Repainting History: A Framework for Subject-Specific Image Generation in Historical Painting Styles, Addele Hargenrader, UG '24 (2B9D81E4)In the cultural and creative industries, one demonstrated use case for AI is to engage art museum visitors through immersive and interactive exhibits. One such exhibit is the SMK Transformerbot at…
From Research Princeton Research Day
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Who Plays First? Using Game Theory to Coordinate Many Robots, Haimin Hu, GS, and Zixu Zhang, GS (00A963B2)On Monday morning, three auto-piloted jetliners are flying on a collision course. How should the air traffic controller reroute them to avoid collisions and minimize delays? Meanwhile, a fleet of…
From Research Princeton Research Day
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Layer-By-Layer Fabrication Framework for Self-Folding Origami for Metamaterial and Robotic Applications, David C. Bershadsky, UG '24 (A8DB0823)This work presents a new technique for the fabrication self folding origami structures for use in robotics and metamaterial applications. The technique builds upon prior work using liquid crystal…
From Research Princeton Research Day
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EEB 522 Seminar Series | Ivette PerfectoEEB 522 Seminar Series Colloquium on the Biology of Populations Presented by Ivette Perfecto "Intransitivity as a dynamic assembly engine of competitive communities"
From EEB Media
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