Simulate quantum systems
Model high-dimensional quantum systems and calculate time evolution leveraging time-varying noise and signal libraries
How to simulate closed, noiseless systems
Simulate the dynamics of closed quantum systems
How to simulate quantum dynamics subject to noise
Simulate the dynamics of closed quantum systems in the presence of Non-Markovian noise
How to simulate multi-qubit circuits in quantum computing
Evaluate the performance of multi-qubit circuits with and without noise
How to simulate open system dynamics
Calculating the dynamics of a quantum system described by a GKS–Lindblad master equation
How to simulate large open system dynamics
Calculate the dynamics of a high-dimensional quantum system described by a GKS–Lindblad master equation
How to calculate the steady state of an open quantum system
Compute the long time limit density matrix of Lindblad dynamics from a time-independent generator
