The module is a massively parallel implementation of the Trotter-Suzuki approximation to simulate the evolution of quantum systems classically. It relies on interfacing with C++ code with OpenMP for multicore execution, and it can be accelerated by CUDA.
Key features of the Python interface:
- Fast execution by parallelization: OpenMP and CUDA are supported.
- Many-body simulations with non-interacting particles.
- Gross-Pitaevskii equation.
- Imaginary time evolution to approximate the ground state.
- Stationary and time-dependent external potential.
- NumPy arrays are supported for efficient data exchange.
- Multi-platform: Linux, OS X, and Windows are supported.
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