Full and 1st order diagonalization

Add 1st order diagonalization (by manifold).

Correct a misssprint in photon spontaneous emission polarization

V2.0

Add a timing dependance for the lasers using Laser_Intensity[#Laser] files. No more switching

The levels and lines files have been simplify (no 2N, 2J, 2Omega neither DE and Gamma of the transition).

The Lines are now given by their dipole not by dipole^2/3 as before (even for continuum transition: no more cross section)

For an continuum transition (annihilation, photoionizaiton, ...) we use incoherent summation for the dipoles

V1.4 use complex dipoles

Use complex dipoles.

The list_params is for positroniumand the sortie_donnee and sortie_rate are also link to this

Complex Hamiltonian for arbirary dipoles + polarization

Was done for n=1,n=2 (23 levels of Positronium)

V1.2: simplified version

Simplify (a bit) the code. Removing Sisyphus forced repumping, Franck_Condon part and the velocity scalling part
Put new ToDo list
Comment a bit more the List_Param and sortie_donnee with examples

More general diagonalization

V1.0.2

Merge branch 'master' of https://github.com/dcompara/Laser-interactio…

small modifications to test for simplified diagonalizaton

Merge pull request #1 from dcompara/test-diagonalization-with-all-fields

test for improving diagonalization

V1.0

64 bits version
Main Code 64bits.zip