History#
A chronology of the foundational breakthroughs behind each subpackage, each one linked back to the corresponding implementation in the code.
Mechanics & Dynamics
Stellar structure, N-body dynamics, orbital mechanics, galactic dynamics.
Chaotic dynamical systems and 2D quantum billiards.
Classical (Newtonian/Lagrangian/Hamiltonian) mechanics.
Relativistic kinematics, decays, scattering, nuclear physics.
Numerical general relativity: black holes, lensing, gravitational waves.
Waves & Fields
Electrodynamics (FDTD), solitons, BEC vortex lattices.
Ray/wave/Gaussian-beam optics and quantum optics.
Single-particle motion, magnetohydrodynamics, cold-plasma waves, kinetic theory.
Quantum & Statistical
Tight-binding models, topological band theory, superconductivity.
Quantum mechanics: wave packets, potentials, entanglement.
Random matrix theory, organized around Dyson’s threefold way.
WKB/EBK quantization, semiclassical propagators, the Gutzwiller trace formula, and quantum scarring.
Statistical mechanics: lattice models, molecular dynamics, criticality.
Fluids
Potential flow, viscous flow, vortex dynamics, instabilities, compressible flow, Navier-Stokes.