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Our research on ultra-small meta-optics made the list of U.S. National Science Foundation's 10 most-read research news stories of 2022!! Stay tuned for more cool meta-optics work coming soon. content.govdelivery.com/accounts/USNSF…

Thank you so much! All the credit goes to my amazing students. Shoutout to Ethan Tseng and @ilyac_hugunov whose projects were highlighted in this award.

Data drives progress in computer vision. We introduce Infinigen: a generator of unlimited high-quality 3D data. 100% procedural, no external assets, no AI. Free and open source. Intro video: youtu.be/6tgspeI-GHY Code: github.com/princeton-vl/i… CVPR23: Wed 4:30PM, Poster 27

I am excited and deeply grateful to receive the Google PhD Fellowship! Big thanks to Google Google AI, my advisor Felix Heide, and everyone who has supported me throughout the PhD journey!

Huge congrats to grad student Ethan Tseng on his Google Ph.D. fellowship! It will enable his research into advanced camera & display systems for smartphones, medical practice, autonomous vehicles & AR/VR. cs.princeton.edu/news/google-aw…

We had the German Science TV show Galileo cover some of the work on nanophotonic cameras in my lab at Princeton University Princeton Computer Science . This was so much fun! You see Ethan Tseng describe his neural proxy work that made these ultra-small cameras work. youtube.com/watch?v=VJmoWC…

The future of immersive virtual reality displays could add holographic images to your eyeglasses 👓💫 New research, led by computer scientists Felix Heide and Ethan Tseng , gets us one step closer to creating immersive holographic displays. bit.ly/4aLXK7N

New Meta R&D Reveals Shortcut to Ultra-wide Retina Resolution Holographic Displays for XR Headsets Read the report 👉 roadtovr.com/meta-reality-l… Nathan Matsuda Felix Heide Ethan Tseng

Using algorithms to sense and understand the world is the focus of Felix Heide's work. Now, he has created a new kind of camera — one that has optical elements that function as a neural network and can identify images at the speed of light. 📸 bit.ly/3DkktfJ

.Felix Heide uses algorithms to make sense of the world. He has built a new kind of camera that uses optical elements as a neural network that identifies images at the speed of light. Learn more: engineering.princeton.edu/news/2025/02/2…

Broadband Imaging with a 1cm Ultra-Flat Metalens! We overcome intrinsic spectral bandwidth limitations in new work in Nature Communications. See dynamic outdoor captures "in-the-wild" below. We find that computational design and probabilistic diffusion methods make it possible

Introducing COMPACT: COMPositional Atomic-to-complex Visual Capability Tuning, a data-efficient approach to improve multimodal models on complex visual tasks without scaling data volume. 📦 arxiv.org/abs/2504.21850 1/10