3D printing with unconventional vase mode
vorpal.se·7h·
Discuss: Lobsters
⚙️Cassette Mechanics
Things that AI cannot do
mcsweeneys.net·1d·
Discuss: Hacker News, r/InternetIsBeautiful
🔲Cellular Automata
Show HN: AI-gent Workflows – locally reasoning AI Agents
ai-gents.work·11h·
Discuss: Hacker News
⚡Proof Automation
7 Popular LLMs Explained in 7 Minutes
kdnuggets.com·11h
💻Local LLMs
Hypercubical manifolds in homotopy type theory
arxiv.org·1d
🔶Cubical Type Theory
Python course: Functions
dev.to·3h·
Discuss: DEV
🔗Lisp
Unveiling the Magic of Variational Autoencoders: Learning to Generate from Data
dev.to·16h·
Discuss: DEV
🧠Neural Compression
Signal Use and Emergent Cooperation
arxiv.org·1d
🔲Cellular Automata
Programming as Art - Chapter - 9
dev.to·17h·
Discuss: DEV
🔩Systems Programming
Divine Provenance
asimov.blog·1d·
Discuss: Hacker News
🧲Magnetic Philosophy
AI, peer review and the human activity of science
nature.com·1d
🔬Academic Search
How to Use FLUX.1 Kontext API? Here are Methods
dev.to·12h·
Discuss: DEV
🌊Streaming Systems
How Decision Trees Work: Real Demo and Simple Explanation
dev.to·8h·
Discuss: DEV
🌳Huffman Trees
Agentic AI vs generative AI: why the future’s not just smarter—it’s bolder
techradar.com·9h
⚡Proof Automation
Algorithms for pointwise and piecewise polynomial approximations to the trigonometric functions
arxiv.org·2d
📐Error Bounds
New hybrid quantum–classical computing approach used to study chemical systems
phys.org·1d
⚛️Quantum Algorithms
Stretching Beyond the Obvious: A Gradient-Free Framework to Unveil the Hidden Landscape of Visual Invariance
arxiv.org·3d
📊Learned Metrics
🧠 Solving LeetCode Until I Become Top 1% — Day `30`
dev.to·1d·
Discuss: DEV
📐Error Bounds
Fast solvers for the high-order FEM simplicial de Rham complex
arxiv.org·2d
🕸️Algebraic Topology
AI Agents Explained: How They Think & Operate
dev.to·8h·
Discuss: DEV
🔲Cellular Automata