quantumphysics

A Python-based mini-quantum-lab built with Streamlit for interactive learning. This streamlit-quantum-simulator visualizes quantum states and gates in real time, acting as a quantum-gate-visualizer to help users understand superposition and entanglement easily.

1D Quantum Wave Packet simulation in Python using Split-Step Fourier. Features real-time animation & 3D space-time plots.

A quantum game and algorithm to fight in Pokemon.

Eigenvalue, Eigenvector library for JavaScript

EQST-GP stands for Extended Quantum String Theory with Gluon Plasma It is a unified theory that aims to describe all the fundamental forces in the universe (gravity, electromagnetism, strong nuclear, and weak nuclear) within a single framework. Numerical codes/ datasets generated during this study Code as an interactive extension active simulation

Various calculators and classifiers for n-qubit states

DTQEM: Negative Time & Non-locality (Dual‑Time Quantum Entanglement Model)

Whenever you get a phone call, the matrix has you, setting off a particle accelerator that causes electrons to collide creating a temporal construct.

Numerical Integration with Shallow Neural Network in Quantum Field

latex_parser – A Python package that compiles physics-style LaTeX operator expressions into simulation backends (QuTiP / NumPy / JAX). Includes a DSL for bosonic/qubit operators, an intermediate representation engine and example workflows for quantum optics and continuous-variable models.

BaseCamp