Magnons with python
Codes for both magnon-driven hopfion motion and hopfion-induced magnon motion.
Code for maximum likelihood estimate with noise and generating samples for homodyne measurements
To generate an arbitrary quantum state of the magnetization coupled to a transmon
Python script to analyze .OVF files to plot magnonic dispersion curve and spatio-temporal variation of spin-waves.
Python + CUDA FFT solver for the demagnetising field arising from a magnetisation distribution on a regular Cartesian grid.
A computational model for designing and simulating all-magnon circuits
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