A small Haskell/Clojure/Python/C++ Library of Special Relativity functions for length contraction, time dialation, spacetime interval, lorentz transformations and etc.
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Updated
Dec 12, 2016 - Python
A small Haskell/Clojure/Python/C++ Library of Special Relativity functions for length contraction, time dialation, spacetime interval, lorentz transformations and etc.
I volunteered to make an applet that has 2 graphs. On one you can click stuff and on the other one the lorentz transformation of the point that you clicked is shown. You should be able to see the cosmic lines in this
Interactive single-page explainer with canvas animations showing how hyperbolic rotation underlies special relativity and the invariant spacetime interval.
Calculator of Special Relativity Theory
Electron-positron pairs beaming in the Breit-Wheeler process
Interactive Modern Physics Simulations — Schrödinger equation, quantum tunneling, double slit, Bell test, gravitational lensing, Lorentz transforms. GPU-accelerated, real-time OpenGL rendering.
Synthesis of projective inertial kinematics in the Lorentz-capacity programme; the non-homogeneous capacity-metric bridge remains open.
Python engine for interactive 1+1D Minkowski diagrams. MVP architecture powered by vectorized tensor algebra. Dynamic memory array implementation to compute Lorentz boosts and causal invariants, projecting contravariant coordinates simultaneously.
Lorentz Transformations from Projective Temporal Ordering
Explore special relativity across five screens: a moving light clock, an interactive Minkowski spacetime diagram, length contraction (ladder and barn), the twin paradox, and the relativistic Doppler effect.
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