Thermodynamics · Fluid dynamics
Creates browser-based physics models spanning thermodynamics, fluid flow and quantum mechanics.
physics.weber.edu3 selected projects, with credit and a path to the original.
Change temperature, density and particle settings to explore emergent behavior in a two-dimensional Lennard-Jones model; large time steps can destabilize it.
Change flow speed, viscosity and barriers to explore a two-dimensional lattice-Boltzmann fluid. Intended for educational demonstrations, not engineering prediction.
Change temperature and lattice size in an idealized two-dimensional magnet to compare aligned regions and thermal fluctuations.
Original publication and update records, plus explicitly labeled repository milestones.
No sourced dates are available for this selection yet. Collection dates do not become launch dates.
Daniel V. Schroeder creates browser-based physics experiments that connect adjustable models with explanations of their underlying equations. This selection explores molecular motion, fluid flow and magnetism.
This selection connects 3 projects across interactive. Follow the project links for the original experience; use the build log for dated context where evidence is available.
Compiled from public catalog attributions and linked original sources. Descriptions are editorial summaries, not statements made by the creator. This profile has not been claimed or endorsed.
Catalog sources gathered October 23, 2026. Primary-source access varies, particularly on social platforms. This is a selected portfolio, not a lifetime total. Images remain credited to their original creators.
Interactive stories, playful explanations, and little tools that make big ideas feel human.
Small, surprising games and experiments that turn a browser tab into a place to play.
Creative development, playful 3D worlds, and a hands-on way to learn Three.js.
