#geometricml search results

Why it matters: ✅ ε bridges Riemannian & Finsler ✅ Curvature(ε), geodesics(ε), metrics(ε) ✅ Topology stays stable as ε → 0 💭 What field still assumes isotropy as default, while anisotropy is more fundamental? #MathTwitter #GeometricML #PostQuantumCrypto #AcademicTwitter


Stuck on spectral reg for manifolds? Heat kernels stall at O(τ²) in curved space. HKR framework: Unifies Tikhonov + RG via e^{τ Δ_g} f—~70% heat kernel covered. Python/Torch MVP for PDE/QFT. Feedback? github.com/zeusindomitabl… [Attach: Demo notebook screenshot] #GeometricML


One clean navigation system. For all robots. Built once. Reused everywhere. Who's in? #Robotics #VisualNavigation #GeometricML


Don’t stop yourself from learning #GrapML and #GeometricML !

In summer 2020, I started writing a blog on #GraphML in @TDataScience towardsdatascience.com/graph-deep-lea… It was a new and rewarding experience, from which I learned a lot. I was surprised that such a technical topic would attract >200K views and >6K claps in less than half a year.

mmbronstein's tweet image. In summer 2020, I started writing a blog on #GraphML in @TDataScience 

towardsdatascience.com/graph-deep-lea…

It was a new and rewarding experience, from which I learned a lot. I was surprised that such a technical topic would attract >200K views and >6K claps in less than half a year.


Stuck on spectral reg for manifolds? Heat kernels stall at O(τ²) in curved space. HKR framework: Unifies Tikhonov + RG via e^{τ Δ_g} f—~70% heat kernel covered. Python/Torch MVP for PDE/QFT. Feedback? github.com/zeusindomitabl… [Attach: Demo notebook screenshot] #GeometricML


One clean navigation system. For all robots. Built once. Reused everywhere. Who's in? #Robotics #VisualNavigation #GeometricML


Don’t stop yourself from learning #GrapML and #GeometricML !

In summer 2020, I started writing a blog on #GraphML in @TDataScience towardsdatascience.com/graph-deep-lea… It was a new and rewarding experience, from which I learned a lot. I was surprised that such a technical topic would attract >200K views and >6K claps in less than half a year.

mmbronstein's tweet image. In summer 2020, I started writing a blog on #GraphML in @TDataScience 

towardsdatascience.com/graph-deep-lea…

It was a new and rewarding experience, from which I learned a lot. I was surprised that such a technical topic would attract >200K views and >6K claps in less than half a year.


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