example calculation of unconventional photon blockate with cross-Kerr

linearity test

all parameter optimization

add three cavity file

add example calculation to reproduce results from paper

add functionality to have unequal numbers of Fock-states in different cavities

add result.get() when saving to file with async

launcher.py not necessarily needed

launcher back at minimizer.py

remove code execution from minimizer

add launcher file

F U minimal change

flush std out for parallel processing

ncpu print command

program execution section and saving results as textfile

add minimizer file that serves as a master for QRSP_qutip and hm

range of rho_out to N_fock states

add possibility to for N_totmax = None, and some comments

comment

Some changes, I don't know which ones anymore

add first draft of steady state solver

add N_totmax functionality and add function to create a list of collapse…

add proper construction file for Hamiltonian

make system parameters global

some parameter changes and other target state

lots of simplifications and code cleanup & commentary

added cross-kerr nonlinearity

slight modifications, generalization and output commands

N_modes = 4

add git files