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New Originals
Change one thing and see why.
The three newest models, each with a short film. Watch the question, then play with the answer.
Daniel V. Schroeder
Creates browser-based physics models spanning thermodynamics, fluid flow and quantum mechanics.
3 works in this collection
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ScienceInteractive demoInteractive Molecular Dynamics
Change temperature, density and particle settings to explore emergent behavior in a two-dimensional Lennard-Jones model; large time steps can destabilize it.
ScienceInteractive demoFluid Dynamics
ScienceInteractive demoIsing Model
Works in this collection
Curated works, with credit and links to the originals. This is not a lifetime total.
Showing 3 works in this collection.
- ScienceInteractive demo
Interactive Molecular Dynamics
Change temperature, density and particle settings to explore emergent behavior in a two-dimensional Lennard-Jones model; large time steps can destabilize it.
Sources and dates
- Credit
- Daniel V. Schroeder
- Work page
- Original work ↗
- Listed source
- Catalog source ↗
- Added to collection
- Released
- Date · not verified
- Phones
- Phone usability has not been checked.
- ScienceInteractive demo
Fluid Dynamics
Change flow speed, viscosity and barriers to explore a two-dimensional lattice-Boltzmann fluid. Intended for educational demonstrations, not engineering prediction.
Sources and dates
- Credit
- Daniel V. Schroeder
- Work page
- Original work ↗
- Listed source
- Catalog source ↗
- Added to collection
- Released
- Date · not verified
- Phones
- Phone usability has not been checked.
- ScienceInteractive demo
Ising Model
Change temperature and lattice size in an idealized two-dimensional magnet to compare aligned regions and thermal fluctuations.
Sources and dates
- Credit
- Daniel V. Schroeder
- Work page
- Original work ↗
- Listed source
- Catalog source ↗
- Added to collection
- Released
- Date · not verified
- Phones
- Phone usability has not been checked.
History
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About Daniel V. Schroeder
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.
About this collection
3 works have been curated here. This count describes this collection, not the creator’s lifetime output.
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