Difference between revisions of "Rlx split.m"
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The "mixed" components refer to all states that are not purely longitudinal or purely transverse, for example LxSz. | The "mixed" components refer to all states that are not purely longitudinal or purely transverse, for example LxSz. | ||
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R - a relaxation superoperator in sphten-liouv | R - a relaxation superoperator in sphten-liouv | ||
Revision as of 18:52, 5 June 2026
Splits a relaxation superoperator into longitudinal, transverse and mixed components.
Syntax
[R1,R2,Rm]=rlx_split(spin_system,R)
Description
The "mixed" components refer to all states that are not purely longitudinal or purely transverse, for example LxSz.
Parameters
R - a relaxation superoperator in sphten-liouv
formalism
Outputs
R1 - the part of R acting on purely longitudinal
single-spin states
R2 - the part of R acting on purely transverse
single-spin states
Rm - the rest of R
See also
relaxation.m, rlx_scalar.m, rlx_t1_t2.m, lindbladian.m
Version 2.1, authors: Ilya Kuprov
