QuTiP - Quantum Dynamics

QuTiP is designed to be a flexible and efficient framework for quantum mechanics. It allows for easy creation of quantum objects and provides powerful solvers to track their evolution in both closed and open environments.

When to Use

• Simulating the time evolution of a quantum system (Schrödinger or Master equation)
• Calculating steady states of open quantum systems (e.g., a cavity under drive and dissipation)
• Analyzing entanglement, Wigner functions, and quantum correlations
• Studying light-matter interactions (Jaynes-Cummings model, Rabi oscillations)
• Pulse sequence optimization and quantum control
• Calculating spectrums and multi-time correlation functions
• Parallelizing quantum simulations across multiple CPUs

Reference Documentation

Official docs: https://qutip.org/docs/latest/
Tutorials: https://qutip.org/tutorials.html
Search patterns: qutip.Qobj, qutip.mesolve, qutip.wigner, qutip.expect, qutip.basis