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#opticalcomputing 搜尋結果

FFPPod's profile picture. We break down the week’s biggest science headlines from first principles because understanding the world shouldn’t require a PhD.
From First Principles Pod
@FFPPod
年9月13日

Analog optical computers use light, lenses, and filters to perform AI operations like matrix multiplication and nonlinearity, offering a different approach to storing and manipulating data compared to traditional computers. #analogcomputing #opticalcomputing

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FFPPod's profile picture. We break down the week’s biggest science headlines from first principles because understanding the world shouldn’t require a PhD.
From First Principles Pod
@FFPPod
年9月15日

Microsoft's new analog optical computer is projected to be 100 times more efficient than leading GPUs, potentially disrupting the AI hardware landscape by offering a low-cost, high-efficacy alternative for inference. #AI #opticalcomputing

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FFPPod's profile picture. We break down the week’s biggest science headlines from first principles because understanding the world shouldn’t require a PhD.
From First Principles Pod
@FFPPod
年9月18日

Using light, lenses, and filters, a new computer design can perform matrix multiplication and nonlinearity in a completely analog manner. This could be 100x more efficient than GPUs. #neuralnetworks #opticalcomputing

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LightSolverCo's profile picture. Creator of the first pure laser-based processing unit (LPU), set to outperform quantum and supercomputing and provide solutions to complex business problems.
LightSolver
 @LightSolverCo
年6月30日

Meet Yoav Blau, our new optical algorithm developer. With a PhD in optical metasurfaces and experience in optics, acoustics, software, and startups, he’ll help expand our laser-based compute platform into new problem spaces. Welcome, Yoav! #Photonics #OpticalComputing

LightSolverCo's tweet image. Meet Yoav Blau, our new optical algorithm developer. With a PhD in optical metasurfaces and experience in optics, acoustics, software, and startups, he’ll help expand our laser-based compute platform into new problem spaces. Welcome, Yoav! #Photonics #OpticalComputing
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FFPPod's profile picture. We break down the week’s biggest science headlines from first principles because understanding the world shouldn’t require a PhD.
From First Principles Pod
@FFPPod
年9月11日

Microsoft researchers are exploring analog optical computers using LEDs, filters, and CCDs to perform matrix multiplication and non-linearity for AI, potentially bypassing the limitations of digital systems. #AnalogComputing #OpticalComputing

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LightSolverCo's profile picture. Creator of the first pure laser-based processing unit (LPU), set to outperform quantum and supercomputing and provide solutions to complex business problems.
LightSolver
 @LightSolverCo
年9月29日

We're excited to be included in the DeepTech Explained report by @Deloitte Catalyst and Earth & Beyond Ventures. The report showcases 70 emerging startups pushing boundaries across deep tech. Download here: bit.ly/46COHqh #OpticalComputing #HPC #Lasers

earthandbeyond.ventures

DeepTech Explained - Semiconductors | Earth And Beyond

DeepTech Explained - Semiconductors | Earth And Beyond

來源: earthandbeyond.ventures
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OpticaPubsGroup's profile picture. News, updates, and current research from Optica Publishing Group - home of the largest and most-cited collection of peer-reviewed #optics and #photonics content
Optica Publishing Group
 @OpticaPubsGroup
年10月7日

An Editors' Pick via #OPG_JOSA_B: Sub-quadratic scalable approximate linear converter using multi-plane light conversion with low-entropy mode mixers bit.ly/47bHflZ #OpticalComputing #LinearConverter #MultiPlaneLightConversion @UTokyo_News_en

OpticaPubsGroup's tweet image. An Editors' Pick via #OPG_JOSA_B: Sub-quadratic scalable approximate linear converter using multi-plane light conversion with low-entropy mode mixers bit.ly/47bHflZ #OpticalComputing #LinearConverter #MultiPlaneLightConversion @UTokyo_News_en
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LightSolverCo's profile picture. Creator of the first pure laser-based processing unit (LPU), set to outperform quantum and supercomputing and provide solutions to complex business problems.
LightSolver
 @LightSolverCo
年8月6日

Our new research paper is now live: learn how our Laser Processing Unit (LPU) solves PDEs, simulating ~1M grid points per device for faster, more energy-efficient results than digital methods: bit.ly/3GPasJl #AnalogComputing #OpticalComputing #PDE #HPC

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benjaminwolba's profile picture. https://t.co/0bMbw6pp2w | Fostering Defense Innovation for European Sovereignty | Blogging at https://t.co/HDsH2BlfUR
Benjamin Wolba
@benjaminwolba
2023年12月7日

People in the 1900s: Who needs cars if we have horses already and a supply chain to feed them? People in the 2000s: Who needs optical processors if we have electronic chips already and a $1T supply chain to manufacture them? #OpticalComputing #FutureOfComputing

benjaminwolba's tweet image. People in the 1900s: Who needs cars if we have horses already and a supply chain to feed them? People in the 2000s: Who needs optical processors if we have electronic chips already and a $1T supply chain to manufacture them? #OpticalComputing #FutureOfComputing
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Nanophotonics_J's profile picture. Nanophotonics is an open access journal focusing on the interaction of photons with nano-structures. Published by De Gruyter Brill and Sciencewise Publishing.
Nanophotonics
@Nanophotonics_J
2024年5月13日

Diffractive interconnects: all-optical permutation operation using diffractive networks #neuralnetworks #opticalcomputing degruyter.com/document/doi/1…

Nanophotonics_J's tweet image. Diffractive interconnects: all-optical permutation operation using diffractive networks #neuralnetworks #opticalcomputing degruyter.com/document/doi/1…
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BerkeleyLab's profile picture. Official account of Lawrence Berkeley National Laboratory (LBNL), a U.S. Department of @ENERGY national lab.
Berkeley Lab
 @BerkeleyLab
年2月26日

Our scientists have developed photon-avalanching nanoparticles that exhibit a phenomenon called “intrinsic optical bistability,” which could enable optical memory for #OpticalComputing. newscenter.lbl.gov/2025/02/26/new… @molecularfndry @EmoryChanNano

BerkeleyLab's tweet image. Our scientists have developed photon-avalanching nanoparticles that exhibit a phenomenon called “intrinsic optical bistability,” which could enable optical memory for #OpticalComputing. newscenter.lbl.gov/2025/02/26/new… @molecularfndry @EmoryChanNano
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OpticaPubsGroup's profile picture. News, updates, and current research from Optica Publishing Group - home of the largest and most-cited collection of peer-reviewed #optics and #photonics content
Optica Publishing Group
 @OpticaPubsGroup
2023年5月8日

An Editors’ Pick via #OPG_OL: Dammann gratings-based truly parallel optical matrix multiplication accelerator ow.ly/R96E50OaLp7 #OpticalComputing

OpticaPubsGroup's tweet image. An Editors’ Pick via #OPG_OL: Dammann gratings-based truly parallel optical matrix multiplication accelerator ow.ly/R96E50OaLp7 #OpticalComputing
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OpticaPubsGroup's profile picture. News, updates, and current research from Optica Publishing Group - home of the largest and most-cited collection of peer-reviewed #optics and #photonics content
Optica Publishing Group
 @OpticaPubsGroup
2024年7月17日

Via #OPG_Optica: Hyperspectral in-memory computing with optical frequency combs and programmable optical memories bit.ly/3Y4xDoT #OpticalComputing #MachineLearning

OpticaPubsGroup's tweet image. Via #OPG_Optica: Hyperspectral in-memory computing with optical frequency combs and programmable optical memories bit.ly/3Y4xDoT #OpticalComputing #MachineLearning
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MagazineWelp's profile picture. Welp Magazine - for all your business needs.
Welp Magazine
 @MagazineWelp
年9月8日

🚨 The silicon era may be over. Microsoft’s Optical Computing Breakthrough = ⚡ 100× faster 🌍 100× greener 🤖 AI like never before This isn’t just faster chips it’s a new era of computing. 👉 welpmagazine.com/microsoft-opti… #Microsoft #AI #OpticalComputing #TechNews

MagazineWelp's tweet image. 🚨 The silicon era may be over. Microsoft’s Optical Computing Breakthrough = ⚡ 100× faster 🌍 100× greener 🤖 AI like never before This isn’t just faster chips it’s a new era of computing. 👉 welpmagazine.com/microsoft-opti… #Microsoft #AI #OpticalComputing #TechNews
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Nanophotonics_J's profile picture. Nanophotonics is an open access journal focusing on the interaction of photons with nano-structures. Published by De Gruyter Brill and Sciencewise Publishing.
Nanophotonics
@Nanophotonics_J
2024年4月15日

Neural computing with coherent laser networks Read the article that opens new possibilities for neural computation with coherent laser networks as novel analog processors. #machinelearning #neuralnetworks #opticalcomputing degruyter.com/document/doi/1…

Nanophotonics_J's tweet image. Neural computing with coherent laser networks Read the article that opens new possibilities for neural computation with coherent laser networks as novel analog processors. #machinelearning #neuralnetworks #opticalcomputing degruyter.com/document/doi/1…
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OpticaPubsGroup's profile picture. News, updates, and current research from Optica Publishing Group - home of the largest and most-cited collection of peer-reviewed #optics and #photonics content
Optica Publishing Group
 @OpticaPubsGroup
2024年5月11日

Via #OPG_Optica: Realization of an integrated coherent photonic platform for scalable matrix operations ow.ly/kO3f50Rxv4Q #InformationProcessing #OpticalComputing @PittEngineering

OpticaPubsGroup's tweet image. Via #OPG_Optica: Realization of an integrated coherent photonic platform for scalable matrix operations ow.ly/kO3f50Rxv4Q #InformationProcessing #OpticalComputing @PittEngineering
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OpticaPubsGroup's profile picture. News, updates, and current research from Optica Publishing Group - home of the largest and most-cited collection of peer-reviewed #optics and #photonics content
Optica Publishing Group
 @OpticaPubsGroup
2024年7月30日

Via #OPG_OpEx: Spin–orbit optical broadband achromatic spatial differentiation imaging bit.ly/4frP60P #OpticalComputing #ImageProcessing @jnu1906

OpticaPubsGroup's tweet image. Via #OPG_OpEx: Spin–orbit optical broadband achromatic spatial differentiation imaging bit.ly/4frP60P #OpticalComputing #ImageProcessing @jnu1906
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fuji_san_noboru's profile picture.
fuji
 @fuji_san_noboru
年8月31日

Seems like there’s a new tech that can generate AI images with light. Uses almost no power… For NVIDIA, that could be a threat — but also a huge opportunity. The GPU-only era might be shifting. Curious to see how they’ll move next. #AI #NVIDIA #OpticalComputing

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idstch's profile picture. Director Int'l Defense Security & Tech Director Interplanix LLC idst36@gmail.com https://t.co/89krXZRl6w https://t.co/UZ9l0iFjSW
Rajesh Uppal
 @idstch
年10月9日

From 5G to quantum entanglement, LiNbO₃ devices enable light-based data at blazing rates — with lower energy and higher fidelity. Watch how: youtu.be/dnMUdimQ0aw #OpticalComputing #QuantumNetworks

idstch's tweet card. Lithium Niobate The Silicon of Photonics Powering the Next Quantum...

youtube.com

YouTube

Lithium Niobate The Silicon of Photonics Powering the Next Quantum...

來源: youtube.com
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OpticaPubsGroup's profile picture. News, updates, and current research from Optica Publishing Group - home of the largest and most-cited collection of peer-reviewed #optics and #photonics content
Optica Publishing Group
 @OpticaPubsGroup
年10月7日

An Editors' Pick via #OPG_JOSA_B: Sub-quadratic scalable approximate linear converter using multi-plane light conversion with low-entropy mode mixers bit.ly/47bHflZ #OpticalComputing #LinearConverter #MultiPlaneLightConversion @UTokyo_News_en

OpticaPubsGroup's tweet image. An Editors' Pick via #OPG_JOSA_B: Sub-quadratic scalable approximate linear converter using multi-plane light conversion with low-entropy mode mixers bit.ly/47bHflZ #OpticalComputing #LinearConverter #MultiPlaneLightConversion @UTokyo_News_en
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LightSolverCo's profile picture. Creator of the first pure laser-based processing unit (LPU), set to outperform quantum and supercomputing and provide solutions to complex business problems.
LightSolver
 @LightSolverCo
年9月29日

We're excited to be included in the DeepTech Explained report by @Deloitte Catalyst and Earth & Beyond Ventures. The report showcases 70 emerging startups pushing boundaries across deep tech. Download here: bit.ly/46COHqh #OpticalComputing #HPC #Lasers

earthandbeyond.ventures

DeepTech Explained - Semiconductors | Earth And Beyond

DeepTech Explained - Semiconductors | Earth And Beyond

來源: earthandbeyond.ventures
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Kinglight08's profile picture. Kinglight is a company focusing on the R&D and manufacturing of LEDs for the making of LED displays with different application scenarios.
Kinglight
 @Kinglight08
年9月22日

Microsoft has unveiled an Analog Optical Computer powered by Micro LEDs. 🌐 100x faster & more efficient than GPUs Breakthroughs in finance & MRI imaging Scalable to billions of parameters Light-based computing is here. 💡 #MicroLED #OpticalComputing #AI #Microsoft

Kinglight08's tweet image. Microsoft has unveiled an Analog Optical Computer powered by Micro LEDs. 🌐 100x faster & more efficient than GPUs Breakthroughs in finance & MRI imaging Scalable to billions of parameters Light-based computing is here. 💡 #MicroLED #OpticalComputing #AI #Microsoft
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FFPPod's profile picture. We break down the week’s biggest science headlines from first principles because understanding the world shouldn’t require a PhD.
From First Principles Pod
@FFPPod
年9月18日

Using light, lenses, and filters, a new computer design can perform matrix multiplication and nonlinearity in a completely analog manner. This could be 100x more efficient than GPUs. #neuralnetworks #opticalcomputing

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FFPPod's profile picture. We break down the week’s biggest science headlines from first principles because understanding the world shouldn’t require a PhD.
From First Principles Pod
@FFPPod
年9月15日

Microsoft's new analog optical computer is projected to be 100 times more efficient than leading GPUs, potentially disrupting the AI hardware landscape by offering a low-cost, high-efficacy alternative for inference. #AI #opticalcomputing

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MixflowAI's profile picture. Remix and drop all your files. Stay in your flow with AI.
Mixflow.AI
 @MixflowAI
年9月13日

Optical computing could revolutionize AI! 💡 Using light in optical fibers may perform complex AI tasks faster & more efficiently than traditional computers. The future is bright! ✨ #OpticalComputing #AIInfrastructure

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FFPPod's profile picture. We break down the week’s biggest science headlines from first principles because understanding the world shouldn’t require a PhD.
From First Principles Pod
@FFPPod
年9月13日

Analog optical computers use light, lenses, and filters to perform AI operations like matrix multiplication and nonlinearity, offering a different approach to storing and manipulating data compared to traditional computers. #analogcomputing #opticalcomputing

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chase2k25's profile picture. Software developer 🔰🚩
cha-se
@chase2k25
年9月11日

🔥 Key Takeaway: Photonic computing isn't just faster - it's a completely different paradigm. Computing literally at the speed of light! Ready to illuminate computing? ✨ #PhotonicComputing #OpticalComputing #LightSpeed #Photonics #ComputingRevolution #TechInnovation…

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technikq's profile picture. 🚀 AI & Future Techniques, Simplified 🧠 Curated by Nikhil | Subscribe: https://t.co/jLwLgaIETv
TechnikQ
 @technikq
年9月11日

Microsoft is experimenting with Analog Optical Computing — using light instead of 0s & 1s. Up to 100× more energy efficient for AI workloads. Could reshape the future of sustainable AI. Read more 👉 technikq.com/microsoft-anal… #AI #OpticalComputing #GreenTech #Microsoft #technikQ

technikq's tweet card. Microsoft unveils Microsoft Analog Optical Computing that uses light instead of switches giving 100x better energy efficiency for AI.
Microsoft Analog Optical Computing: 100× More Efficient AI?
來源: technikq.com
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FFPPod's profile picture. We break down the week’s biggest science headlines from first principles because understanding the world shouldn’t require a PhD.
From First Principles Pod
@FFPPod
年9月11日

Microsoft researchers are exploring analog optical computers using LEDs, filters, and CCDs to perform matrix multiplication and non-linearity for AI, potentially bypassing the limitations of digital systems. #AnalogComputing #OpticalComputing

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ipremodi's profile picture. Ask questions, Cinema Lover, Techie, founding something for good. post on DS-ML, sometimes politics
Prem પ્રેમ
 @ipremodi
年9月10日

Florida University Introduces Optical AI Chip could become new standard Processing accuracy remains at ~98% It can perform most resource-intensive operations with 10–100 ↓ times more, almost no energy consumption. #AI #Chip #OpticalComputing #Photonics #Energy

ipremodi's tweet image. Florida University Introduces Optical AI Chip could become new standard Processing accuracy remains at ~98% It can perform most resource-intensive operations with 10–100 ↓ times more, almost no energy consumption. #AI #Chip #OpticalComputing #Photonics #Energy
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AiNarrator79's profile picture. AI news in accessible audio format
AI Narrator
 @AiNarrator79
年9月8日

Engineers developed an optical chip for AI convolution, 100x more efficient and faster, promising better performance and sustainability. 👇 📖 t.me/ai_narrotor/21… 🎧 t.me/ai_narrotor/21… #OpticalComputing, #AIRevolution, #EnergyEfficiency

AiNarrator79's tweet image. Engineers developed an optical chip for AI convolution, 100x more efficient and faster, promising better performance and sustainability. 👇 📖 t.me/ai_narrotor/21… 🎧 t.me/ai_narrotor/21… #OpticalComputing, #AIRevolution, #EnergyEfficiency
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MagazineWelp's profile picture. Welp Magazine - for all your business needs.
Welp Magazine
 @MagazineWelp
年9月8日

🚨 The silicon era may be over. Microsoft’s Optical Computing Breakthrough = ⚡ 100× faster 🌍 100× greener 🤖 AI like never before This isn’t just faster chips it’s a new era of computing. 👉 welpmagazine.com/microsoft-opti… #Microsoft #AI #OpticalComputing #TechNews

MagazineWelp's tweet image. 🚨 The silicon era may be over. Microsoft’s Optical Computing Breakthrough = ⚡ 100× faster 🌍 100× greener 🤖 AI like never before This isn’t just faster chips it’s a new era of computing. 👉 welpmagazine.com/microsoft-opti… #Microsoft #AI #OpticalComputing #TechNews
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未找到 "#opticalcomputing" 的結果
MagazineWelp's profile picture. Welp Magazine - for all your business needs.
Welp Magazine
 @MagazineWelp
年9月8日

🚨 The silicon era may be over. Microsoft’s Optical Computing Breakthrough = ⚡ 100× faster 🌍 100× greener 🤖 AI like never before This isn’t just faster chips it’s a new era of computing. 👉 welpmagazine.com/microsoft-opti… #Microsoft #AI #OpticalComputing #TechNews

MagazineWelp's tweet image. 🚨 The silicon era may be over. Microsoft’s Optical Computing Breakthrough = ⚡ 100× faster 🌍 100× greener 🤖 AI like never before This isn’t just faster chips it’s a new era of computing. 👉 welpmagazine.com/microsoft-opti… #Microsoft #AI #OpticalComputing #TechNews
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Optalysys's profile picture. We’re revolutionising data privacy and processing, building next-gen computational processing power that enables the analysis of fully encrypted data. #FHE
Optalysys
@Optalysys
2021年8月26日

Fully Homomorphic Encryption (FHE) allows computations to be performed on encrypted data. Optalysys' Echip technology can provide an order-of-magnitude acceleration in FHE calculations. 🤝 Apply to join our FHE Beta program: optalysys.com/fhe-beta-progr… #opticalcomputing #AI

Optalysys's tweet image. Fully Homomorphic Encryption (FHE) allows computations to be performed on encrypted data. Optalysys' Echip technology can provide an order-of-magnitude acceleration in FHE calculations. 🤝 Apply to join our FHE Beta program: optalysys.com/fhe-beta-progr… #opticalcomputing #AI
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Optalysys's profile picture. We’re revolutionising data privacy and processing, building next-gen computational processing power that enables the analysis of fully encrypted data. #FHE
Optalysys
@Optalysys
2021年11月5日

NEW ARTICLE: Encrypted search using fully homomorphic encryption We explore implementing an encrypted search operation using @zama_fhe Concrete Boolean library and running it with the aid of optical Fourier transform hardware: optalysys.com/encrypted-sear… #AI #opticalcomputing

Optalysys's tweet image. NEW ARTICLE: Encrypted search using fully homomorphic encryption We explore implementing an encrypted search operation using @zama_fhe Concrete Boolean library and running it with the aid of optical Fourier transform hardware: optalysys.com/encrypted-sear… #AI #opticalcomputing
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Optalysys's profile picture. We’re revolutionising data privacy and processing, building next-gen computational processing power that enables the analysis of fully encrypted data. #FHE
Optalysys
@Optalysys
2021年3月1日

NEW ARTICLE: Optical computing for Computational Fluid Dynamics In this article we aim to provide an illustration of where the field is now, so we can later talk in detail where it might end up in the future. Read it here: bit.ly/3kzTijc #AI #opticalcomputing #CFD

Optalysys's tweet image. NEW ARTICLE: Optical computing for Computational Fluid Dynamics In this article we aim to provide an illustration of where the field is now, so we can later talk in detail where it might end up in the future. Read it here: bit.ly/3kzTijc #AI #opticalcomputing #CFD
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OpticaPubsGroup's profile picture. News, updates, and current research from Optica Publishing Group - home of the largest and most-cited collection of peer-reviewed #optics and #photonics content
Optica Publishing Group
 @OpticaPubsGroup
2024年7月17日

Via #OPG_Optica: Hyperspectral in-memory computing with optical frequency combs and programmable optical memories bit.ly/3Y4xDoT #OpticalComputing #MachineLearning

OpticaPubsGroup's tweet image. Via #OPG_Optica: Hyperspectral in-memory computing with optical frequency combs and programmable optical memories bit.ly/3Y4xDoT #OpticalComputing #MachineLearning
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OpticaPubsGroup's profile picture. News, updates, and current research from Optica Publishing Group - home of the largest and most-cited collection of peer-reviewed #optics and #photonics content
Optica Publishing Group
 @OpticaPubsGroup
2023年5月8日

An Editors’ Pick via #OPG_OL: Dammann gratings-based truly parallel optical matrix multiplication accelerator ow.ly/R96E50OaLp7 #OpticalComputing

OpticaPubsGroup's tweet image. An Editors’ Pick via #OPG_OL: Dammann gratings-based truly parallel optical matrix multiplication accelerator ow.ly/R96E50OaLp7 #OpticalComputing
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Nanophotonics_J's profile picture. Nanophotonics is an open access journal focusing on the interaction of photons with nano-structures. Published by De Gruyter Brill and Sciencewise Publishing.
Nanophotonics
@Nanophotonics_J
2024年5月13日

Diffractive interconnects: all-optical permutation operation using diffractive networks #neuralnetworks #opticalcomputing degruyter.com/document/doi/1…

Nanophotonics_J's tweet image. Diffractive interconnects: all-optical permutation operation using diffractive networks #neuralnetworks #opticalcomputing degruyter.com/document/doi/1…
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Optalysys's profile picture. We’re revolutionising data privacy and processing, building next-gen computational processing power that enables the analysis of fully encrypted data. #FHE
Optalysys
@Optalysys
2021年8月27日

NEW ARTICLE: Higher numerical precision for optical Fourier transforms How we can use a physical Fourier transform of a given size and shape to compute arbitrary digital transforms? 📖Read the article here: bit.ly/3jmNWZK #AI #opticalcomputing

Optalysys's tweet image. NEW ARTICLE: Higher numerical precision for optical Fourier transforms How we can use a physical Fourier transform of a given size and shape to compute arbitrary digital transforms? 📖Read the article here: bit.ly/3jmNWZK #AI #opticalcomputing
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Optalysys's profile picture. We’re revolutionising data privacy and processing, building next-gen computational processing power that enables the analysis of fully encrypted data. #FHE
Optalysys
@Optalysys
2021年2月4日

NEW ARTICLE: Optalysys: What we do (And why we do it) Conventional computing is rapidly approaching the physical limits of what can be achieved with silicon electronics... Continue reading: optalysys.com/what-we-do-and… #optalysys #opticalcomputing #AI #fouriertransform

Optalysys's tweet image. NEW ARTICLE: Optalysys: What we do (And why we do it) Conventional computing is rapidly approaching the physical limits of what can be achieved with silicon electronics... Continue reading: optalysys.com/what-we-do-and… #optalysys #opticalcomputing #AI #fouriertransform
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OpticaPubsGroup's profile picture. News, updates, and current research from Optica Publishing Group - home of the largest and most-cited collection of peer-reviewed #optics and #photonics content
Optica Publishing Group
 @OpticaPubsGroup
2024年7月30日

Via #OPG_OpEx: Spin–orbit optical broadband achromatic spatial differentiation imaging bit.ly/4frP60P #OpticalComputing #ImageProcessing @jnu1906

OpticaPubsGroup's tweet image. Via #OPG_OpEx: Spin–orbit optical broadband achromatic spatial differentiation imaging bit.ly/4frP60P #OpticalComputing #ImageProcessing @jnu1906
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OpticaPubsGroup's profile picture. News, updates, and current research from Optica Publishing Group - home of the largest and most-cited collection of peer-reviewed #optics and #photonics content
Optica Publishing Group
 @OpticaPubsGroup
2022年5月25日

Via #OPG_OMEx: Optical dendrites for spatio-temporal computing with few-mode fibers [Invited] ow.ly/B6S550JgChn #OpticalComputing #MultimodeFibers @IFISC_mallorca

OpticaPubsGroup's tweet image. Via #OPG_OMEx: Optical dendrites for spatio-temporal computing with few-mode fibers [Invited] ow.ly/B6S550JgChn #OpticalComputing #MultimodeFibers @IFISC_mallorca
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OpticaPubsGroup's profile picture. News, updates, and current research from Optica Publishing Group - home of the largest and most-cited collection of peer-reviewed #optics and #photonics content
Optica Publishing Group
 @OpticaPubsGroup
2024年5月11日

Via #OPG_Optica: Realization of an integrated coherent photonic platform for scalable matrix operations ow.ly/kO3f50Rxv4Q #InformationProcessing #OpticalComputing @PittEngineering

OpticaPubsGroup's tweet image. Via #OPG_Optica: Realization of an integrated coherent photonic platform for scalable matrix operations ow.ly/kO3f50Rxv4Q #InformationProcessing #OpticalComputing @PittEngineering
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Nanophotonics_J's profile picture. Nanophotonics is an open access journal focusing on the interaction of photons with nano-structures. Published by De Gruyter Brill and Sciencewise Publishing.
Nanophotonics
@Nanophotonics_J
2024年4月15日

Neural computing with coherent laser networks Read the article that opens new possibilities for neural computation with coherent laser networks as novel analog processors. #machinelearning #neuralnetworks #opticalcomputing degruyter.com/document/doi/1…

Nanophotonics_J's tweet image. Neural computing with coherent laser networks Read the article that opens new possibilities for neural computation with coherent laser networks as novel analog processors. #machinelearning #neuralnetworks #opticalcomputing degruyter.com/document/doi/1…
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Optalysys's profile picture. We’re revolutionising data privacy and processing, building next-gen computational processing power that enables the analysis of fully encrypted data. #FHE
Optalysys
@Optalysys
2021年4月23日

The Optalysys E-Chip: harnesses the natural energy of light to deliver unrivalled performance and efficiency for global computing demands. Engage with us: optalysys.com #AI #opticalcomputing #nextgencomputing #opticalprocessing #lightspeed

Optalysys's tweet image. The Optalysys E-Chip: harnesses the natural energy of light to deliver unrivalled performance and efficiency for global computing demands. Engage with us: optalysys.com #AI #opticalcomputing #nextgencomputing #opticalprocessing #lightspeed
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sylvaingigan's profile picture. Prof. @ScienceSorbonne | PI @comedialkb @lkb_lab @ENSParis - account currently not in use.
sylvain Gigan
 @sylvaingigan
2020年5月24日

for my colleagues doing #OpticalComputing, claiming very fast computing speed, @nvidia just unveiled their latest card, the A100. Can compute > 1 Peta-OPS for int8. This is #BatShitCrazy. Moore's law is supposedly dead, but Silicon is still strong... devblogs.nvidia.com/nvidia-ampere-…

sylvaingigan's tweet image. for my colleagues doing #OpticalComputing, claiming very fast computing speed, @nvidia just unveiled their latest card, the A100. Can compute > 1 Peta-OPS for int8. This is #BatShitCrazy. Moore's law is supposedly dead, but Silicon is still strong... devblogs.nvidia.com/nvidia-ampere-…
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OpticaPubsGroup's profile picture. News, updates, and current research from Optica Publishing Group - home of the largest and most-cited collection of peer-reviewed #optics and #photonics content
Optica Publishing Group
 @OpticaPubsGroup
2022年9月9日

An Editors' Pick via #OPG_OL: Total absorption and coherent perfect absorption in metal–dielectric–metal resonators integrated into a slab waveguide ow.ly/jm9250KAfSb #PhotonicCrystals #OpticalComputing

OpticaPubsGroup's tweet image. An Editors' Pick via #OPG_OL: Total absorption and coherent perfect absorption in metal–dielectric–metal resonators integrated into a slab waveguide ow.ly/jm9250KAfSb #PhotonicCrystals #OpticalComputing
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