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I run a (Canadian) ham radio training site[0] and would love to put them in the lessons. With attribution of course.
Edit: Oh gosh, your whole site is full of wonderful illustrations. My niece might finally get her license with these :)
[0]: https://clares.ca
I wonder how different those are to real simulations! Do they treat electrons as point-like, or it's all computation on the fields?
Would you consider releasing these under a permissive license? I run a (Canadian) ham radio training site[0] and would love to put them in the lessons. With attribution of course. Edit: Oh gosh, your whole site is full of wonderful illustrations. My niece might finally get her license with these :) [0]: https://clares.ca
Cool! I wonder how different those are to real simulations! Do they treat electrons as point-like, or it's all computation on the fields?
Ohhh. I have no real knowledge of electricity or electronics, but I know transistors are very fundamental so if you squint a bit, you might say this is what we set in motion when we program, or even just use a computer! Or at least some of it. Not knowing enough to benefit from it I learned nothing, and don't regret a second of that.
- > model vortices in superconductors or the Quantum Anomalous Hall Effect: https://news.ycombinator.com/item?id=43955906
- Nils Berglund fluid and particle sim videos: https://youtube.com/@nilsberglund
- The other day I tried having a model implement Fedi's superfluid quantum gravity for a black hole simulation in JS and then given also EHT data. I asked it to implement with R3F ReactThreeFiber and Drei (ThreeJS) and NextJS with OpenNext for the GUI and framework. I haven't yet upgraded to WASM optimization for the nonlinear fluid parts. There are parameter combinations that result in mirror-like rejection.
- (FWIU CloudFlare AI rewrote significant parts of NextJS this past year and there's OpenNext to get the full benefits of nextjs on any hosting platform)
- Another neat one to model particles of: LightSlinger antennas
- Gravity from QED, but also MHD Magnetohydrodynamics, and SQR Superfluid Quantum Relativity with a dilatant superfluid to explain why c
- Headings w/ id= attr and a Table of Contents? - > model vortices in superconductors or the Quantum Anomalous Hall Effect: https://news.ycombinator.com/item?id=43955906 - Nils Berglund fluid and particle sim videos: https://youtube.com/@nilsberglund - The other day I tried having a model implement Fedi's superfluid quantum gravity for a black hole simulation in JS and then given also EHT data. I asked it to implemen…
- Electrons in laser-induced Graphene on Silicon Carbide
- Electrons in Boronated Lignin-Vitrimer
- Photons in Nitrogenated Lignin-Vitrimer (at cryogenic temperatures)
- Electrons in Oxidized Carbon Nanotubes (in Laser-ablated grooves in Nitrogenated Lignin-Vitrimer) after Laser Compression Shock bonds and deoxidizes them
- Boron Nanotubes; Boron nitride nanotubes (BNNTs)
- Boron instead of Phosphorous for P-type doping
- Boron instead of Gallium in GaN
Thanks, I have an EE education, but I didn't really understood what charges were doing in a BJT. I can use them and apply the formulas, but I never really "grokked" them. This makes it clearer.
Ohhh. I have no real knowledge of electricity or electronics, but I know transistors are very fundamental so if you squint a bit, you might say this is what we set in motion when we program, or even just use a computer! Or at least some of it. Not knowing enough to benefit from it I learned nothing, and don't regret a second of that.
You can google for "From nand to tetris" or get the book Digital Design and Computer Architecture by Harris to get the idea of how these machines work.
I wonder how difficult it would be to convert these to 3D