#thermodynamiccomputing 搜尋結果

🚨 New preprint from the Foulger Research Group 🚨 We report the first demonstration of polymer-based probabilistic bits (p-bits) as building blocks for thermodynamic computing. 📄 Read it here: arxiv.org/abs/2509.21372 #Polymers #pbits #ThermodynamicComputing


Paper from Normal Computing proposes continuous-variable #ThermodynamicComputing , #SPU, revolutionizing AI with energy-efficient, rapid processing. #AIRevolution #Innovation in the hardware stack re-imagining neural nets.

gzlin's tweet image. Paper from Normal Computing proposes continuous-variable #ThermodynamicComputing , #SPU, revolutionizing AI with energy-efficient, rapid processing. #AIRevolution #Innovation in the hardware stack re-imagining neural nets.

Back in January, the Computing Community Consortium held a workshop on #ThermodynamicComputing and its future. Check out this #podcast interview with the workshop organizers (one of which is an @IEEERebootComp co-chair!): ow.ly/cGZH50tWlic

IEEERebootComp's tweet image. Back in January, the Computing Community Consortium held a workshop on #ThermodynamicComputing and its future. Check out this #podcast interview with the workshop organizers (one of which is an @IEEERebootComp co-chair!): ow.ly/cGZH50tWlic

In this keynote from ICONS 2019 I describe a vision for thermodynamic computing and a new thermodynamic neural network work model. #ThermodynamicComputing youtube.com/watch?v=zFGROl…

toddhylton's tweet card. ICONS 2019 Keynote Presentation by Todd Hylton: Thermodynamic...

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ICONS 2019 Keynote Presentation by Todd Hylton: Thermodynamic...


#Extropic #ThermodynamicComputing #TSU "We [Extropic] call our new hardware a sampling unit, not a processing unit, because TSUs perform an entirely different type of operation than CPUs and GPUs. Instead of processing a series of programmable deterministic computations, TSUs…


You can check out what happened at the Thermodynamic Computing Workshop last month in a podcast with Tom Conte and me. Report coming soon. #ThermodynamicComputing cccblog.org/2019/02/05/rec…


It is hard to believe that this needs to be said, but we cannot build an AGI without knowing what intelligence is. If the computing paradigm encompassed intelligence then we would have found it long, long ago. A new paradigm is coming. #ThermodynamicComputing


What is #ThermodynamicComputing & Could It Become Important? Researchers from Microsoft, UC San Diego, & Georgia Tech have written an interesting viewpoint in the June issue of Communications of ACM – “A Vision to Compute like Nature: Thermodynamically.” bit.ly/34JTqFF


Thermodynamic computing could be the key to enable the next wave of exponential growth for AI #ThermodynamicComputing


Great ideas in this talk! The future of computing is thermodynamic. #ThermodynamicComputing

The video of my talk 'Thermodynamic Intelligence, A Heretical Theory' at Intnl Conference on Rebooting Computing is now up! Had fun talking about philosophy of computation, thermodynamics, prediction & self-organization. ieeetv.ieee.org/mobile/video/t…



Ouch! Making " cooling units in its data centers more energy efficient, and improved battery life on Android devices" are great applications, but imagine what would happen if thermodynamics were the foundation of AI. #ThermodynamicComputing forbes.com/sites/samshead…


The real problem in AI, neuromorphic computing, and computing in general is that the computers cannot organize themselves, except in the very specific ways that we program them. The solution will be about thermodynamics. #ThermodynamicComputing zdnet.com/article/chinas…


#ThermodynamicComputing doesn't seem like the way biological intelligence evolved, unless I'm missing something. If you want to know what intelligence is and how it works, why not start with biology?


#Extropic #ThermodynamicComputing #TSU "We [Extropic] call our new hardware a sampling unit, not a processing unit, because TSUs perform an entirely different type of operation than CPUs and GPUs. Instead of processing a series of programmable deterministic computations, TSUs…


🚨 New preprint from the Foulger Research Group 🚨 We report the first demonstration of polymer-based probabilistic bits (p-bits) as building blocks for thermodynamic computing. 📄 Read it here: arxiv.org/abs/2509.21372 #Polymers #pbits #ThermodynamicComputing


🤯 AI's energy use is getting outta control! But a startup called Normal Computing just unveiled a new chip that uses randomness to save power! ♻️ Could this be the key to sustainable AI? #ThermodynamicComputing #AI #Sustainability #NormalComputing

GptBell_News's tweet image. 🤯 AI's energy use is getting outta control! But a startup called Normal Computing just unveiled a new chip that uses randomness to save power! ♻️ Could this be the key to sustainable AI? #ThermodynamicComputing #AI #Sustainability #NormalComputing

🚀 New Ethics & Algorithms drop! Dive into thermodynamic computing. AI is changing how computers will work. How the brain does more than AI at 20 watts. 🌍✨ open.substack.com/pub/ethicsanda… Read now! #AI #FutureOfAI #ThermodynamicComputing #EthicsAndAlgorithms


🚨 Traditional computers struggle to run #AI models efficiently, consuming vast energy and time. Enter #ThermodynamicComputing—a paradigm shift where calculations are driven by the natural flow of heat, promising unparalleled efficiency and sustainability.


Thermodynamic computing could be the key to enable the next wave of exponential growth for AI #ThermodynamicComputing


Paper from Normal Computing proposes continuous-variable #ThermodynamicComputing , #SPU, revolutionizing AI with energy-efficient, rapid processing. #AIRevolution #Innovation in the hardware stack re-imagining neural nets.

gzlin's tweet image. Paper from Normal Computing proposes continuous-variable #ThermodynamicComputing , #SPU, revolutionizing AI with energy-efficient, rapid processing. #AIRevolution #Innovation in the hardware stack re-imagining neural nets.

Eventually, we may not be able to switch off AI as it possibly won't need to be connected to any kind of human-made power supply. #AI #ThermodynamicAI #ThermodynamicComputing

The hunt for energy efficiency has played a key role in biological evolution - so why not in AI evolution? Animals, plants, bacteria, & proteins solve problems by finding energy-efficient configurations that enable them to thrive in complex, resource-constrained environments.

BetweenMyths's tweet image. The hunt for energy efficiency has played a key role in biological evolution - so why not in AI evolution? 

Animals, plants, bacteria, & proteins solve problems by finding energy-efficient configurations that enable them to thrive in complex, resource-constrained environments.


#ThermodynamicAI "we could build a hardware that uses the stochastic fluctuations produced by nature, and these fluctuations would naturally drive the computations necessary in modern AI applications." normalcomputing.substack.com/p/thermodynami… #AI #ThermodynamicComputing

We have exciting news to share 🔥 The team at @NormalComputing has performed the first thermodynamic linear algebra experiment. This is an experimental follow-up to our theory paper that came out in August. The details are in this blog, see thread below blog.normalcomputing.ai/posts/2023-11-…



What is #ThermodynamicComputing & Could It Become Important? Researchers from Microsoft, UC San Diego, & Georgia Tech have written an interesting viewpoint in the June issue of Communications of ACM – “A Vision to Compute like Nature: Thermodynamically.” bit.ly/34JTqFF


未找到 "#thermodynamiccomputing" 的結果

Back in January, the Computing Community Consortium held a workshop on #ThermodynamicComputing and its future. Check out this #podcast interview with the workshop organizers (one of which is an @IEEERebootComp co-chair!): ow.ly/cGZH50tWlic

IEEERebootComp's tweet image. Back in January, the Computing Community Consortium held a workshop on #ThermodynamicComputing and its future. Check out this #podcast interview with the workshop organizers (one of which is an @IEEERebootComp co-chair!): ow.ly/cGZH50tWlic

Paper from Normal Computing proposes continuous-variable #ThermodynamicComputing , #SPU, revolutionizing AI with energy-efficient, rapid processing. #AIRevolution #Innovation in the hardware stack re-imagining neural nets.

gzlin's tweet image. Paper from Normal Computing proposes continuous-variable #ThermodynamicComputing , #SPU, revolutionizing AI with energy-efficient, rapid processing. #AIRevolution #Innovation in the hardware stack re-imagining neural nets.

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