
Peter Yichen Chen
@peterchencyc
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Assistant Prof @UBC | PhysAI Lab Alum: @MIT, @Columbia, @UCLA, @RealityLabs, @weta_digital
Joined November 2020
RT @yuewang314: 🚀 Join Us: Research Internships in Embodied Intelligence. The USC Geometry, Vision, and Learning Lab (.
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#SIGGRAPH2025 Reduced-order modeling has long sped up physics simulation — the OG of AI4Science & ML4Physics. From 1987’s good-and-old to 2025’s neural-here, neural-there! Speakers: @RealityLabs @NVIDIAAI @ZivaDynamics @unity — join us this morning!.
dgp.toronto.edu
From classical subspace methods to modern neural techniques — join leading researchers at SIGGRAPH 2025.
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RT @UBC_CS: If you're at #SIGGRAPH2025 this Thurs, check out the Graphics4Science course on the deep and evolving relationship between comp….
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#BestPaperAwardHonorableMention #SIGGRAPH2025 One neural PDE model, hundreds of cuts and discontinuities — simulated in real time. 🚀.Introducing WindLifter: lifting the winding number fields lets us capture discontinuities in neural fields. Come see ChangYue’s talk today 👉
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#BestPaperAward #SIGGRAPH2025 One neural PDE model, hundreds of shapes — simulated at lightning speed. 🚀 Introducing Shape Space Spectra: first eigenanalysis across shapes. Come see ChangYue’s talk today 👉
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Join us at the SIGGRAPH Canada Party hosted by @HTDerekLiu and me, on behalf of Canada Graphics Research! RSVP here: #SIGGRAPH2025
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RT @Boyuan__Chen: Join the Duke General Robotics Lab (!. We’re hiring for two exciting positions: 1) Postdoctoral R….
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RT @GuoMh14: Excited to announce Graphics4Science, a course at SIGGRAPH 2025! Computer graphics – often associated with films, games, and v….
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RT @jo_brandstetter: General relativity 🤝 neural fields. This simulation of a black hole is coming from our neural networks 🚀 . We introduc….
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RT @wojmatusik: 🌊 New AI system for designing autonomous underwater gliders - from concept to fabrication in record time. ✅ Fast shape opti….
news.mit.edu
A new method from MIT CSAIL uses AI to explore underwater glider designs more conveniently. It first tests different 3D designs in a physics simulator, then molds them into more hydrodynamic shapes...
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RT @f1she1: We have updated the paper Gaussian Splashing with more results and experiments. Please visit the project page for more informat….
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RT @LingjieLiu1: 📣 3DV 2026 has announced its call for papers!.Join us in Vancouver 🇨🇦 next March to shape the future of 3D vision! 🧠📹. Pap….
3dvconf.github.io
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Congrats @rohansawhney1!!!.
Huge congratulations to my former PhD student @rohansawhney1 for winning the @siggraph Outstanding Doctoral Dissertation Award! 🥳. Rohan's thesis develops a whole new class of Monte Carlo methods for solving physical equations, without needing to break the world up into a mesh.
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Thank you for covering our work! @MIT—check it out here:.
news.mit.edu
Robots developed at MIT can now learn about an object’s weight, softness, or contents by picking it up and gently shaking it. A robot can accurately guess parameters like an object’s mass in a matter...
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RT @LingjieLiu1: 📢 Calling all PhD students in Computer Graphics!.The submission deadline for the #Eurographics2025 Doctoral Consortium is….
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RT @VeredShwartz: I'm excited to announce that my nonfiction book, "Lost in Automatic Translation: Navigating Life in English in the Age of….
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RT @JiachengZhu_ML: I am thrilled to join @AIatMeta GenAI Llama team as a research scientist, focusing on Llama post-training, multimodal l….
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@nvidia @eric_heiden @milesmacklin Joint work with @Mediosrity @Chao_Liu_ @pika7ma @wojmatusik and a bunch of amazing people.
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