Preparing the model…
Forces on an incline
Start from a single block and keep real forces, components and motion apart.
Open modelVISUAL INDEX / 001
Model catalog
From classical mechanics to quantum field theory: forces, fields, spacetime and particles you can see.
Roadmap
4models4Implemented0framework pages to implement
01 Foundational
Classical mechanics
From motion graphs to momentum, energy and rotation, building a complete language for describing macroscopic motion.
2 implemented0 framework pages to implement
02 Intermediate
Wave optics and geometric optics
From refraction and imaging to polarization and thin-film interference, letting the light path be dragged around.
1 implemented0 framework pages to implement
03 Frontier
Quantum field theory and particle physics
Describing interactions in the language of Feynman diagrams, from the electromagnetic vertex to colour confinement and the Higgs mechanism.
1 implemented0 framework pages to implement
Physics · 3 tracks from foundational to advanced
01 Foundational
Classical mechanics
From motion graphs to momentum, energy and rotation, building a complete language for describing macroscopic motion.
2 implemented · 0 framework pages to implement Preparing the model…
Rotation and angular momentum
Move the weights, release hanging masses and couple two rotors. Three physical experiments make rotation, transfer and conservation visible.
Open model02 Intermediate
Wave optics and geometric optics
From refraction and imaging to polarization and thin-film interference, letting the light path be dragged around.
1 implemented · 0 framework pages to implement Preparing the model…
The double-slit experiment
From two coherent sources to the fringes on the screen and then to detections accumulating point by point.
Open model03 Frontier
Quantum field theory and particle physics
Describing interactions in the language of Feynman diagrams, from the electromagnetic vertex to colour confinement and the Higgs mechanism.
1 implemented · 0 framework pages to implement Preparing the model…
Strong force & gluons
Enter a proton’s colour field, try to separate quarks, then watch gluons interact. Follow the field to understand what binds matter.
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