A Mathematica package for performing calculations involving matrices/vectors in the Dirac notation which is usually used in quantum mechanics/quantum computing.

physics quantum linear-algebra quantum-mechanics mathematica quantum-computing wolfram-language wolfram-mathematica qubits quantum-physics hilbert-spaces qubit mathematica-package tensor-product braket bell-states partial-trace dirac-notation braket-notation trace-distance

• Updated Jul 30, 2023
• Mathematica

An interactive 3D Bloch Sphere simulator for quantum computing education. Visualizes two-qubit entanglement, partial trace operations, and dynamically calculates metrics like Purity and Von Neumann Entropy.

quantum-computing physics-simulation bloch-sphere partial-trace

• Updated Jul 6, 2026
• TypeScript

This is Python code that I worked with during my summer 2024 research project involving quantum physics.

python numpy linear-algebra quantum-information density-matrices numpy-arrays kronecker-product miniconda3 partial-trace

• Updated Mar 4, 2025
• Python

Pure Relative Structured Matrix Approximation with Square-Root Matvecs DOI: https://doi.org/10.5281/zenodo.21698599

sketching preprint relative-error query-complexity partial-trace matrix-vector-queries structured-matrix-approximation

• Updated Aug 23, 2026
• TeX