Difference between revisions of "Redfield integral serial.m"
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This include is called when relaxation.m is not at the top of the parallelisation call stack. It uses a simple for loop to calculate the components of the Redfield superoperator. You should not be calling it directly: this is the deep end of ''Spinach'' kernel programming that is open source as a matter of policy, but is ultimately a very technical module. | This include is called when relaxation.m is not at the top of the parallelisation call stack. It uses a simple for loop to calculate the components of the Redfield superoperator. You should not be calling it directly: this is the deep end of ''Spinach'' kernel programming that is open source as a matter of policy, but is ultimately a very technical module. | ||
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This include file is not called directly. | This include file is not called directly. | ||
Revision as of 18:51, 5 June 2026
Redfield integral evaluation, the serial path.
Syntax
none - this is an include file
Description
This include is called from within relaxation.m and follows the notation used in IK's paper:
http://dx.doi.org/10.1016/j.jmr.2010.12.004
with the difference that the numerical quadrature method proposed there has been superceded by the much faster auxiliary matrix method described in:
http://dx.doi.org/10.1063/1.4928978
This include is called when relaxation.m is not at the top of the parallelisation call stack. It uses a simple for loop to calculate the components of the Redfield superoperator. You should not be calling it directly: this is the deep end of Spinach kernel programming that is open source as a matter of policy, but is ultimately a very technical module.
Parameters
This include file is not called directly.
Outputs
This include file has no direct function return values.
See also
relaxation.m, redfield_integral_async.m
Version 1.10, authors: Ilya Kuprov
