#theoretical physics
130 related articles
·6 min
Claude Sonnet 5 In-Depth Testing: 8 Real-World Tasks Reveal Its True Capability Boundaries
Bilibili creator KaterSony tests Claude Sonnet 5 across 8 real-world tasks—image recognition, 3D modeling, web generation—comparing it against GPT-5.5, Gemini 3.1 Pro, and revealing its true capability limits and cost traps.
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·3 min
27B Parameter LLM on an iPhone? A Deep Dive into On-Device Full-Parameter AI
Startup Prismo claims to compress a 27B-parameter model to 4GB for full local inference on iPhone 17 Pro. We break down the compression tech, compare it to Apple's MoE approach, and assess real-world limits.
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·2 min
Gradient-Free Evolutionary Model GENREG: How Radial Space Search Bypasses Backpropagation
GENREG-Radial Space is a gradient-free evolutionary optimization model that replaces backpropagation with structured radial space search. This article analyzes its core mechanisms, temporal evolution design, exploration-exploitation balance, and potential as a hybrid paradigm.
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·3 min
Greenhouse Controller Showdown: Why Reinforcement Learning Lost to a Rule-Based Baseline
An open benchmark in GreenLight-Gym2 compares four greenhouse controllers, revealing why model-free RL (PPO) underperforms hand-tuned rules and how MPC and hybrid RL-in-MPC approaches can help.
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LeMario: An Open-Source Experiment in …
·2 min
LeMario: An Open-Source Experiment in Training JEPA World Models with Super Mario Bros
LeMario is an open-source project applying JEPA (Joint-Embedding Predictive Architecture) to Super Mario Bros, exploring how AI can understand world dynamics in abstract embedding space.
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·6 min
Multimodal and Embodied Intelligence: A Comprehensive Look at Progress, Pitfalls, and Opportunities
At the Microsoft Research India summit, top experts explore the real progress of multimodal AI and embodied intelligence: fusing classical robotics with large models, healthcare AI deployment challenges, perceptual bottlenecks in reasoning, and possibilities beyond scaling.
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·2 min
Carmack × Sutton: Teaching AI Robots to Play Atari in the Real World
John Carmack and Turing Award winner Richard Sutton co-founded Keen Technologies. Their debut paper Physical Atari has robots playing real Atari games via cameras and mechanical controllers in real time.
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LFortran + Enzyme: A New Path to Autom…
·2 min
LFortran + Enzyme: A New Path to Automatic Differentiation for Fortran Code
LFortran + Enzyme enables automatic differentiation for decades of Fortran scientific code without rewrites. Learn the technical principles, implementation path, and impact on scientific ML.
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·2 min
Peer Instruction for ML Self-Learners: A Practical Guide to Breaking Through Plateaus
A civil engineering student's Reddit plea reveals ML self-learning's most overlooked obstacle: lack of feedback and peers. Explore peer instruction theory and actionable tips for cross-disciplinary AI learners.
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·2 min
Carmack and Sutton's First Paper: How Physical Atari Challenges Real-Time Reinforcement Learning
Keen Technologies releases its first paper, bringing classic Atari benchmarks into the physical world via robotic arms and cameras. A deep dive into the paper's core claims, sim-to-real challenges, and Carmack and Sutton's vision for embodied RL and AGI.
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·2 min
Helium-Powered Soft Floating Robot: An Airborne Indoor Companion Is Here
Floating Companion is a soft helium robot with flapping fins for quiet, safe indoor movement. It follows users, sends reminders, and offers emotional companionship.
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Paper Reproduction as an Entry Point i…
·4 min
Paper Reproduction as an Entry Point into Scientific Machine Learning: Path Selection and Pitfall Guide
How can applied math students efficiently enter Scientific Machine Learning (SciML)? This guide covers the value and pitfalls of paper reproduction, with a layered path from numerical PDEs to research.
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NVIDIA Ising Decoding: A 300x Reductio…
·2 min
NVIDIA Ising Decoding: A 300x Reduction in Color Code Logical Error Rates
NVIDIA applies the Ising model to color code quantum error correction decoding, achieving a 300x reduction in logical error rates via GPU parallel computing. A deep dive into the principles and strategic significance.
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Frieve Vinyl: How Microscopic Physical…
·3 min
Frieve Vinyl: How Microscopic Physical Simulation Recreates the Mechanics of a Vinyl Stylus
Frieve Vinyl digitally recreates vinyl playback through microscopic stylus/groove physics simulation. Explore stylus geometry, contact mechanics, and tracking distortion.
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·2 min
P2P Student GPU Sharing Network: A Full Breakdown of Technical Feasibility and Real-World Challenges
A deep dive into the technical feasibility and real-world challenges of P2P student GPU sharing networks, covering distributed computing, latency, security, and incentive design.
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·2 min
How to Get Vizuara Robot Learning Course Notes & Free Resource Guide
Want free Vizuara 'Modern Robot Learning from Scratch' course notes? This guide covers official channels, GitHub resources, and recommends free courses like UC Berkeley CS285.
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·4 min
From Enter to First Token: Decrypting the Full LLM Inference Pipeline (Autoregression, KV Cache & Decoding Strategies)
From pressing Enter to the first character appearing, what happens inside an LLM? This article breaks down autoregressive generation, KV cache acceleration, and decoding strategies like temperature, Top-k, and Top-p.
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AI Can't Recreate Classic Games — But …
·3 min
AI Can't Recreate Classic Games — But It's the Best Tool for Understanding Them
AI can generate code but can't recreate the precise physics feel and assembly-level optimization of classics like Thrust. A deep dive into AI's real value as an "understanding accelerator."
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The Theory of Deep Learning: Why Do Ne…
·4 min
The Theory of Deep Learning: Why Do Neural Networks Work? A Complete Overview of Theoretical Research
Deep learning shines in practice, but why does theory always lag behind? This article surveys the over-parameterization paradox, implicit regularization, NTK, the information bottleneck, and more.
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·4 min
Learn ML Free at Public Libraries: A Complete Guide to O'Reilly Tech Book Resources
Getting O'Reilly machine learning books free at public libraries? It's no myth. This article reveals hidden tech learning resources at libraries, including online platform subscriptions and digital database access, helping self-learners build AI knowledge at zero cost.
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