Quantum simulation framework in Python: time-dependent Schrödinger and Gross–Pitaevskii equations in 1D/2D/3D with split-step Fourier (orders 2 and 4), rotating frames and vortex lattices, eigensolvers, optional CUDA GPU acceleration, and animated 3D rendering, all validated against analytic results.
python physics scientific-computing computational-physics gpu-computing numerical-methods 3d-visualization schrodinger-equation bose-einstein-condensate cupy gross-pitaevskii quantum-simulation quantumphysics eigensolver soliton vortex-lattice quantummechanics split-step-fourier wave-packet
-
Updated
Oct 24, 2026 - Python