Great article by @Stanford Reports on MetaChat, highlighting the potential for AI to assist human designers for supercharged multidisciplinary impact.
We're open sourcing a web app so you can experience the power of specialized engineering using AI agents!
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🚀MetaChat is out now in @ScienceAdvances!
Still feels surreal to see fabrication-ready design files produced in minutes instead of the usual days to weeks.
Looking forward to an agentic future for research and engineering in photonics🤖
"...push the boundaries of science using an infinite supply of ultrafast agentic intelligence."
-@JonFanLab
Excited to present MetaChat, a multi-agentic🤖 framework that automates metasurface design in near real-time (as opposed to weeks of manual specialized work)!
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Jiaqi Jiang, Mingkun Chen & Jonathan Fan explore in their Review the application of neural networks to the evaluation and design of #photonic devices: https://t.co/0SsH2ZAyQC @stanford_ee
Jon Fan will be giving a tutorial tomorrow at 8:30am PDT on machine learning for simulating and designing nanophotonic devices at OSA NOMA! #OSAPhotonics21 https://t.co/uSDLwJ7BvI
Congrats to the authors of our group’s paper “High-efficiency, large-area, topology-optimized metasurfaces” for its selection as an @LightSciAppl outstanding paper in 2020! You can read their work here: https://t.co/rjbBQ0tE0u
Mingkun Chen will present Electromagnetic Wave Simulators of Photonic Structures With Physics-Informed Neural Networks at 13:45 PDT #OSADesign21 https://t.co/TimEmsCq96
Members of the Fan lab will give three presentations today at the OSA Optical Design and Fabrication Congress! Talk details are listed below #OSADesign21
Thaibao Phan is speaking about CMOS-compatible circular polarizers for image sensors at the OSA Optical Design and Fabrication Congress at 3:30pm PDT. Details are here: https://t.co/Wf0hS0qlvH