Arbitrary linear transformations for photons in the frequency synthetic dimension

On demand frequency synthesis with cascaded waveguide coupled ring resonator electro optic modulators : impressive work by Shanhui Fan’s Stanford group! https://t.co/6Zk9jmTIDc

A new photonic architecture to manipulates the frequency of individual photons & hence their color. A @Stanford team built a micro-ring resonator made by a low-loss wire with a series of rings dotted along it, able to change the color of light on deman

https://t.co/gi77Dmcny7

RT @DuttAvik: Check out our work on how synthetic dimensions can be used for practical applications such as linear transformations for phot…

RT @buddhirajus: Delighted to share our new paper in @NatureComms on optical implementation of arbitrary linear transformations in a modul…

RT @DuttAvik: Check out our work on how synthetic dimensions can be used for practical applications such as linear transformations for phot…

RT @DuttAvik: Check out our work on how synthetic dimensions can be used for practical applications such as linear transformations for phot…

RT @DuttAvik: Check out our work on how synthetic dimensions can be used for practical applications such as linear transformations for phot…

Check out our work on how synthetic dimensions can be used for practical applications such as linear transformations for photons, with implications in #DeepLearning and #quantum computing, going beyond basic science studies! Led by @buddhirajus. Out on @Na

RT @buddhirajus: Delighted to share our new paper in @NatureComms on optical implementation of arbitrary linear transformations in a modul…

Delighted to share our new paper in @NatureComms on optical implementation of arbitrary linear transformations in a modulated ring-waveguide system using frequency synthetic space. With @DuttAvik, @momchilmm, @ianadwilliamson and Shanhui Fan @StanfordEng.

RT @q9ac: 電気光学変調子を組み込んだ複数の共振器をカップルさせる→周波数ドメインにおけるユニタリ、干ユニタリ、いろんな線形変換を実現できるフォトニックな情報処理のアーキテクチャになるよ提案 https://t.co/2h3MKHPeSv

電気光学変調子を組み込んだ複数の共振器をカップルさせる→周波数ドメインにおけるユニタリ、干ユニタリ、いろんな線形変換を実現できるフォトニックな情報処理のアーキテクチャになるよ提案 https://t.co/2h3MKHPeSv

[2009.02008] Siddharth Buddhiraju, Avik Dutt, Momchil Minkov et al.: Arbitrary linear transformations for photons in the frequency synthetic dimension https://t.co/9uL1N0qWOa https://t.co/EQXmHSRddv #physics_optics