Published February 27, 2023
| Version 1.0
Software
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Linear-Optical Feynman Paths (LOFP): code for strong simulation of Fock-state boson sampling
- 1. International Iberian Nanotechnology Laboratory, INL. Federal Institute of Rio de Janeiro.
- 2. International Iberian Nanotechnology Laboratory, INL. Federal Fluminense. University.
Description
Linear-Optical Feynman Paths (LOFP) is a C++ package for the strong simulation, that is, the exact calculation of probability amplitudes, of Fock-state boson sampling experiments on planar multimode interferometers. LOFP uses a Feynman path sum approach, together with tensor contraction. LOFP also includes routines with implementations of general-purpose permanent calculation algorithms for benchmarking purposes and examples. The code is advantageous with respect to general algorithms for permanent calculation for constant-depth circuits, and high density of photons per mode.
Files
Linear_Optical_Feynman_Paths__LOFP.pdf
Files
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Additional details
Related works
- Is supplement to
- Software documentation: https://github.com/wagnerbalthazar/Linear_Optics_Feynman_Path (URL)