#spherical harmonics
5 related articles
·3 min
Claude Opus 5 Hands-On: 3D Modeling, Game Development, and Native Apps — All Fully Automated
In-depth hands-on review of Claude Opus 5 coding capabilities: from floor plans to explorable 3D homes, Jurassic sandbox game development, and automated Android native app building.
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The Mathematical Physics of Rainbows a…
·4 min
The Mathematical Physics of Rainbows and Glories: From Geometric Optics to Complex Angular Momentum Theory
An in-depth analysis of the mathematical physics behind rainbows and glories, from Descartes' geometric optics and Airy function wave theory to complex angular momentum scattering theory.
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·3 min
Spherical Fourier Transform: How to Build 3D Rotation-Equivariant AI Models
Deep dive into how Spherical Fourier Transform and Spherical Harmonics enable 3D rotation-equivariant AI. From Spherical CNN architecture to applications in panoramic imaging, weather prediction, and protein structure prediction.
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·3 min
The Fatal Flaw of Gaussian Splatting: Oxford's Survey-Grade Dataset Reveals the Truth About Off-Trajectory Collapse
Oxford Robotics Institute releases survey-grade Spires dataset, first to quantify 3D Gaussian Splatting's geometric collapse under off-trajectory views using Leica RTC360 millimeter-precision ground truth.
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Neural Render Proxies: A New Paradigm …
·3 min
Neural Render Proxies: A New Paradigm for Real-Time Interaction and Differentiable Lighting
A deep dive into Neural Render Proxies: how neural networks replace costly lighting computation to enable real-time interaction, inverse rendering, and end-to-end differentiable optimization across games, digital twins, and NeRF.
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