Don LimContinuing Moore’s Law with Optical Chips to Support AI DemandsThe Latest Developments in Optical Computing with a Focus on Chips: As Moore’s Law for electronic chips plateaus, optical data transfer…3d ago
OptalysysinOptalysysDeep learning and fluid dynamics: Solving the Navier-Stokes equations with an optical neural…Using optical computing and deep learning for solving the Navier-Stokes equationsMar 2, 2021
Quantum Computing Inc.Interaction graph connectivityWe discuss the advantages of using optical devices and entropy quantum computing for solving highly connected optimization problemsAug 12Aug 12
OptalysysinOptalysysEncrypted search using fully homomorphic encryptionWith Florent Michel, Joseph Wilson and Edward CottleNov 3, 20211Nov 3, 20211
Quantum Computing Inc.Storing information in lightWe discuss the theoretical and practical considerations of encoding information in light particles.Jul 8Jul 8
Don LimContinuing Moore’s Law with Optical Chips to Support AI DemandsThe Latest Developments in Optical Computing with a Focus on Chips: As Moore’s Law for electronic chips plateaus, optical data transfer…3d ago
OptalysysinOptalysysDeep learning and fluid dynamics: Solving the Navier-Stokes equations with an optical neural…Using optical computing and deep learning for solving the Navier-Stokes equationsMar 2, 2021
Quantum Computing Inc.Interaction graph connectivityWe discuss the advantages of using optical devices and entropy quantum computing for solving highly connected optimization problemsAug 12
OptalysysinOptalysysEncrypted search using fully homomorphic encryptionWith Florent Michel, Joseph Wilson and Edward CottleNov 3, 20211
Quantum Computing Inc.Storing information in lightWe discuss the theoretical and practical considerations of encoding information in light particles.Jul 8
Edward CottleinOptalysysLogistic Regression on Encrypted DataWith Florent Michel and Joseph WilsonDec 20, 2021
OptalysysinOptalysysFHE: An alternative to client-side scanning?With Joseph Wilson and Florent MichelJul 31, 2023
OptalysysinOptalysysFourier-optical computing: Acceleration squaredOptical computing is fast, but the way we conventionally think about faster computing can miss the greater point.May 28, 2021
