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#tensors — Public Fediverse posts

Live and recent posts from across the Fediverse tagged #tensors, aggregated by home.social.

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  1. 🤔 Oh, another blog post claiming to solve all math problems with ✨tensors✨! 😴 Neural networks? Just some floating-point soup! 🍜 Let's reinvent the wheel by building a tensor library... from scratch... in C. Because that's exactly what the world needs. 🚀🙄
    zserge.com/posts/tensor/ #mathproblems #tensors #neuralnetworks #programming #Clanguage #innovation #HackerNews #ngated

  2. 🤔 Oh, another blog post claiming to solve all math problems with ✨tensors✨! 😴 Neural networks? Just some floating-point soup! 🍜 Let's reinvent the wheel by building a tensor library... from scratch... in C. Because that's exactly what the world needs. 🚀🙄
    zserge.com/posts/tensor/ #mathproblems #tensors #neuralnetworks #programming #Clanguage #innovation #HackerNews #ngated

  3. 🤔 Oh, another blog post claiming to solve all math problems with ✨tensors✨! 😴 Neural networks? Just some floating-point soup! 🍜 Let's reinvent the wheel by building a tensor library... from scratch... in C. Because that's exactly what the world needs. 🚀🙄
    zserge.com/posts/tensor/ #mathproblems #tensors #neuralnetworks #programming #Clanguage #innovation #HackerNews #ngated

  4. 🤔 Oh, another blog post claiming to solve all math problems with ✨tensors✨! 😴 Neural networks? Just some floating-point soup! 🍜 Let's reinvent the wheel by building a tensor library... from scratch... in C. Because that's exactly what the world needs. 🚀🙄
    zserge.com/posts/tensor/ #mathproblems #tensors #neuralnetworks #programming #Clanguage #innovation #HackerNews #ngated

  5. 🤔 Oh, another blog post claiming to solve all math problems with ✨tensors✨! 😴 Neural networks? Just some floating-point soup! 🍜 Let's reinvent the wheel by building a tensor library... from scratch... in C. Because that's exactly what the world needs. 🚀🙄
    zserge.com/posts/tensor/ #mathproblems #tensors #neuralnetworks #programming #Clanguage #innovation #HackerNews #ngated

  6. 🚀 Ah, the riveting world of "Actegories," where we discover that #tensors and monoidal categories are the life of the #Haskell party 🎉. Bartosz bravely dives into the depths of #programming #optics, hoping someone out there is excited about monoidal categories, because let's face it, this is the stuff of legends... or insomniacs. 🤓
    bartoszmilewski.com/2026/06/30 #Actegories #MonoidalCategories #HackerNews #ngated

  7. 🚀 Ah, the riveting world of "Actegories," where we discover that #tensors and monoidal categories are the life of the #Haskell party 🎉. Bartosz bravely dives into the depths of #programming #optics, hoping someone out there is excited about monoidal categories, because let's face it, this is the stuff of legends... or insomniacs. 🤓
    bartoszmilewski.com/2026/06/30 #Actegories #MonoidalCategories #HackerNews #ngated

  8. 🚀 Ah, the riveting world of "Actegories," where we discover that #tensors and monoidal categories are the life of the #Haskell party 🎉. Bartosz bravely dives into the depths of #programming #optics, hoping someone out there is excited about monoidal categories, because let's face it, this is the stuff of legends... or insomniacs. 🤓
    bartoszmilewski.com/2026/06/30 #Actegories #MonoidalCategories #HackerNews #ngated

  9. 🚀 Ah, the riveting world of "Actegories," where we discover that #tensors and monoidal categories are the life of the #Haskell party 🎉. Bartosz bravely dives into the depths of #programming #optics, hoping someone out there is excited about monoidal categories, because let's face it, this is the stuff of legends... or insomniacs. 🤓
    bartoszmilewski.com/2026/06/30 #Actegories #MonoidalCategories #HackerNews #ngated

  10. 🚀 Ah, the riveting world of "Actegories," where we discover that #tensors and monoidal categories are the life of the #Haskell party 🎉. Bartosz bravely dives into the depths of #programming #optics, hoping someone out there is excited about monoidal categories, because let's face it, this is the stuff of legends... or insomniacs. 🤓
    bartoszmilewski.com/2026/06/30 #Actegories #MonoidalCategories #HackerNews #ngated

  11. The Tensor in the Haystack: Weightsquatting as a Supply-Chain Risk

    By Javier Medina ( X / LinkedIn / Web) TL;DR Weightsquatting is artifact-level manipulation of model weights to bias dependency selection toward attacker-chosen targets during development workflows, turning model integrity into a supply-chain problem. We introduced minimal changes to the relevant token-space weights of 5 LLMs across 4 major families to bias them toward attacker-chosen package names using single-token substitutions (e.g., swapping pandas for valid dictionary words like […]

    labs.itresit.es/2026/03/11/the

  12. 1st Open-Sourced Neural Network Tensor Activation Visualization for GGUF Models??

    github.com/3rdEyeVisuals/Spect

    Heavily stripped down version of my private flow. Open to questions, comments, and suggestions. This repo will be maintained and occasionally enhanced.

    #MachineLearning #LLMs #Tensors #InterpretabilityTools

  13. Learn how to slice, extract, and insert data in tensors using TensorFlow APIs—essential skills for efficient ML and NLP model development. hackernoon.com/tensor-slicing- #tensors

  14. Learn how to slice, extract, and insert data in tensors using TensorFlow APIs—essential skills for efficient ML and NLP model development. hackernoon.com/tensor-slicing- #tensors

  15. Learn how to slice, extract, and insert data in tensors using TensorFlow APIs—essential skills for efficient ML and NLP model development. hackernoon.com/tensor-slicing- #tensors

  16. Learn how to slice, extract, and insert data in tensors using TensorFlow APIs—essential skills for efficient ML and NLP model development. hackernoon.com/tensor-slicing-

  17. Learn how to slice, extract, and insert data in tensors using TensorFlow APIs—essential skills for efficient ML and NLP model development. hackernoon.com/tensor-slicing- #tensors

  18. No Tension for Tensors? - We always enjoy [FloatHeadPhysics] explaining any math or physics topic. We don’t ... - hackaday.com/2025/07/09/no-ten #science #tensors #tensor #math

  19. No Tension for Tensors? - We always enjoy [FloatHeadPhysics] explaining any math or physics topic. We don’t ... - hackaday.com/2025/07/09/no-ten #science #tensors #tensor #math

  20. No Tension for Tensors? - We always enjoy [FloatHeadPhysics] explaining any math or physics topic. We don’t ... - hackaday.com/2025/07/09/no-ten #science #tensors #tensor #math

  21. No Tension for Tensors? - We always enjoy [FloatHeadPhysics] explaining any math or physics topic. We don’t ... - hackaday.com/2025/07/09/no-ten #science #tensors #tensor #math

  22. No Tension for Tensors? - We always enjoy [FloatHeadPhysics] explaining any math or physics topic. We don’t ... - hackaday.com/2025/07/09/no-ten #science #tensors #tensor #math

  23. This is an example of amortized complexity and Strassen's "asymptotic spectra" (nice monograph by Zuiddam & Wigderson: math.ias.edu/~avi/PUBLICATIONS)

    Strassen developed this to understand the #complexity of matrix multiplication and #tensors, but it turns out to also show up in a bunch of places:
    - #Entropy
    - #Quantum information
    - Shannon capacity of graphs
    - Communication complexity en.wikipedia.org/wiki/Communic
    - Circuit complexity (Robere & Zuiddam eccc.weizmann.ac.il/report/202)

    #math #probability #ComputationalComplexity #TCS #InformationTheory

  24. This is an example of amortized complexity and Strassen's "asymptotic spectra" (nice monograph by Zuiddam & Wigderson: math.ias.edu/~avi/PUBLICATIONS)

    Strassen developed this to understand the #complexity of matrix multiplication and #tensors, but it turns out to also show up in a bunch of places:
    - #Entropy
    - #Quantum information
    - Shannon capacity of graphs
    - Communication complexity en.wikipedia.org/wiki/Communic
    - Circuit complexity (Robere & Zuiddam eccc.weizmann.ac.il/report/202)

    #math #probability #ComputationalComplexity #TCS #InformationTheory

  25. This is an example of amortized complexity and Strassen's "asymptotic spectra" (nice monograph by Zuiddam & Wigderson: math.ias.edu/~avi/PUBLICATIONS)

    Strassen developed this to understand the #complexity of matrix multiplication and #tensors, but it turns out to also show up in a bunch of places:
    - #Entropy
    - #Quantum information
    - Shannon capacity of graphs
    - Communication complexity en.wikipedia.org/wiki/Communic
    - Circuit complexity (Robere & Zuiddam eccc.weizmann.ac.il/report/202)

    #math #probability #ComputationalComplexity #TCS #InformationTheory

  26. This is an example of amortized complexity and Strassen's "asymptotic spectra" (nice monograph by Zuiddam & Wigderson: math.ias.edu/~avi/PUBLICATIONS)

    Strassen developed this to understand the #complexity of matrix multiplication and #tensors, but it turns out to also show up in a bunch of places:
    - #Entropy
    - #Quantum information
    - Shannon capacity of graphs
    - Communication complexity en.wikipedia.org/wiki/Communic
    - Circuit complexity (Robere & Zuiddam eccc.weizmann.ac.il/report/202)

    #math #probability #ComputationalComplexity #TCS #InformationTheory

  27. This is an example of amortized complexity and Strassen's "asymptotic spectra" (nice monograph by Zuiddam & Wigderson: math.ias.edu/~avi/PUBLICATIONS)

    Strassen developed this to understand the #complexity of matrix multiplication and #tensors, but it turns out to also show up in a bunch of places:
    - #Entropy
    - #Quantum information
    - Shannon capacity of graphs
    - Communication complexity en.wikipedia.org/wiki/Communic
    - Circuit complexity (Robere & Zuiddam eccc.weizmann.ac.il/report/202)

    #math #probability #ComputationalComplexity #TCS #InformationTheory

  28. There are two obstacles when you use #Assemblyscript and #Deno for #MachineLearning #ML and #SmallLanguageModels #SLM. 1. Assemblyscript works with linear memory and you have to flatten 3D #tensors and 2D #matrices into 1D #arrays for doing any matrix algebra. 2. Deno is a bit more complicated than Node.js when working with #WASM (#Webassemly) files. Here is how you do it. Webassembly makes NNUE models even faster in computation. This together with #WebGPU will become our future. #AI #javascript

  29. There are two obstacles when you use #Assemblyscript and #Deno for #MachineLearning #ML and #SmallLanguageModels #SLM. 1. Assemblyscript works with linear memory and you have to flatten 3D #tensors and 2D #matrices into 1D #arrays for doing any matrix algebra. 2. Deno is a bit more complicated than Node.js when working with #WASM (#Webassemly) files. Here is how you do it. Webassembly makes NNUE models even faster in computation. This together with #WebGPU will become our future. #AI #javascript

  30. There are two obstacles when you use #Assemblyscript and #Deno for #MachineLearning #ML and #SmallLanguageModels #SLM. 1. Assemblyscript works with linear memory and you have to flatten 3D #tensors and 2D #matrices into 1D #arrays for doing any matrix algebra. 2. Deno is a bit more complicated than Node.js when working with #WASM (#Webassemly) files. Here is how you do it. Webassembly makes NNUE models even faster in computation. This together with #WebGPU will become our future. #AI #javascript

  31. There are two obstacles when you use #Assemblyscript and #Deno for #MachineLearning #ML and #SmallLanguageModels #SLM. 1. Assemblyscript works with linear memory and you have to flatten 3D #tensors and 2D #matrices into 1D #arrays for doing any matrix algebra. 2. Deno is a bit more complicated than Node.js when working with #WASM (#Webassemly) files. Here is how you do it. Webassembly makes NNUE models even faster in computation. This together with #WebGPU will become our future. #AI #javascript

  32. Ah, nothing screams "exciting" like a deep dive into #PyTorch internals! 🎉 Let's unravel the mysteries of #tensors, because who doesn't love a bedtime story about C codebases? 💤 Spoiler: it's as thrilling as watching paint dry, but with extra parentheses. 🤓
    blog.ezyang.com/2019/05/pytorc #CCodebase #DeepDive #TechHumor #ProgrammingInsights #HackerNews #ngated

  33. Ah, nothing screams "exciting" like a deep dive into #PyTorch internals! 🎉 Let's unravel the mysteries of #tensors, because who doesn't love a bedtime story about C codebases? 💤 Spoiler: it's as thrilling as watching paint dry, but with extra parentheses. 🤓
    blog.ezyang.com/2019/05/pytorc #CCodebase #DeepDive #TechHumor #ProgrammingInsights #HackerNews #ngated

  34. Ah, nothing screams "exciting" like a deep dive into #PyTorch internals! 🎉 Let's unravel the mysteries of #tensors, because who doesn't love a bedtime story about C codebases? 💤 Spoiler: it's as thrilling as watching paint dry, but with extra parentheses. 🤓
    blog.ezyang.com/2019/05/pytorc #CCodebase #DeepDive #TechHumor #ProgrammingInsights #HackerNews #ngated

  35. Ah, nothing screams "exciting" like a deep dive into #PyTorch internals! 🎉 Let's unravel the mysteries of #tensors, because who doesn't love a bedtime story about C codebases? 💤 Spoiler: it's as thrilling as watching paint dry, but with extra parentheses. 🤓
    blog.ezyang.com/2019/05/pytorc #CCodebase #DeepDive #TechHumor #ProgrammingInsights #HackerNews #ngated

  36. 🌟 What are "Tensors," and why are they at the heart of machine learning and AI? 🤖
    My first ever #DevBytes post, I break down how these multi-dimensional powerhouses shape the world of data representation, computation, and neural networks. Perfect for beginners and enthusiasts alike!
    💻 Dive into it here: smsk.dev/?p=148

    Let me know your thoughts—I’d love to hear from you! 🚀

    #MachineLearning #DeepLearning #Tensors #AI #DataScience