Summary
This project, a fork of karpathy/autoresearch, introduces the Weber Electrodynamic Optimizer, which applies 19th-century Weber's force law to gradient descent. This novel approach modifies the effective learning rate per-parameter based on its momentum and acceleration. Parameters that are accelerating receive larger steps, while decelerating ones are dampened, potentially enhancing optimization.
Continue Reading
Explore related coverage about community news and adjacent AI developments: [r/ML] [D] MYTHOS-INVERSION STRUCTURAL AUDIT, [r/LocalLLaMA] karpathy / autoresearch, [r/ML] [R] Agentic AI and Occupational Displacement: A Multi-Regional Task Exposure Analysis (236 occupations, 5 US metros), [r/ML] Building behavioural response models of public figures using Brain scan data (Predict their next move using psychological modelling) [P].
Related Articles
- [r/ML] [D] MYTHOS-INVERSION STRUCTURAL AUDIT
March 29, 2026
- [r/LocalLLaMA] karpathy / autoresearch
March 10, 2026
- [r/ML] [R] Agentic AI and Occupational Displacement: A Multi-Regional Task Exposure Analysis (236 occupations, 5 US metros)
April 7, 2026
- [r/ML] Building behavioural response models of public figures using Brain scan data (Predict their next move using psychological modelling) [P]
April 5, 2026
Comments
Sign in to leave a comment.