3D simulations and movement control with PyBullet. This article demonstrates how to build a 3D environment with PyBullet for manually controlling a robotic arm, covering setup, robot loading, movement control (position, velocity, force), and interaction with objects.
This website details MicroSims, simple animations/simulations generated using generative AI to aid in teaching concepts. It discusses limitations of system prompts, the importance of a MicroSim registry for training AI, and provides examples.
This blog post details the implementation of a 'Particle Life' simulation using WebGPU. It covers the model's mechanics, the rationale for using WebGPU, the simulation loop, force computation techniques (including parallel prefix sum), rendering details, and provides a link to an interactive demo.
Minarke Is Not A Real Kriegsmarine Enigma But it will allow you to communicate with one. Command line enigma machine emulator. Full M4 compatability, can be used to decode WWII U-boat messages, or send your own.
An advanced particle life simulation, fine-tuned for maximum complexity and emergence of simulated organisms. It's a GPU-accelerated simulation where life-like behaviors emerge from raw physics, without hardcoded cells or genetic logic.
Physicists are revisiting the chaotic region near singularities within black holes, utilizing new mathematical tools to potentially reconcile general relativity and quantum mechanics and gain a deeper understanding of space and time.
Researchers at the University of Colorado Boulder have developed an AI tool that transforms static textbook diagrams into interactive 3D simulations.
An article by Phillip Morrison exploring the concept of machine thinking in the age of computers. The author discusses the recurring question of why life is different from non-life, with each new generation of machines that simulate aspects of life.
