Search Results: Physics

A scientific analysis inspired by the song 'I Melt with You' reveals the staggering energy required to halt Earth's rotation. Dr. Drang breaks down the physics of mass moments of inertia, contrasting idealized calculations with real-world planetary density variations.

Researchers have discovered a fundamental physical law governing the behavior of large language model-driven agents, suggesting these systems may operate on principles similar to natural physics rather than learned rules. This breakthrough finding could transform how we understand and design AI systems.

Lie groups merge group theory, geometry, and linear algebra to capture continuous symmetries that underpin modern physics and deep mathematical structures. From the rotation of a Frisbee to Noether’s theorem, these manifolds translate abstract algebra into tangible conservation laws and computational tools.

Researchers have developed a breakthrough technique to directly manipulate the internal representations of physics foundation models, enabling causal control over physical behaviors in simulations. This discovery suggests scientific AI models learn generalized principles rather than just patterns, revolutionizing the future of AI-assisted scientific discovery.

A groundbreaking demo showcases the Material Point Method (MPM) for complex physics simulations running directly in the browser via WebGPU, democratizing high-performance computational modeling for developers and researchers.

An in‑depth exploration of the subtle design principles that turn a touch screen into a natural extension of human intent. From metaphoric gestures to kinetic physics, the article dissects why certain interactions feel effortless and how developers can embed these insights into their next product.