IBSE: Difference between revisions

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Description: {{TAG|IBSE}} can be used to select the algorithm for solving the Bethe-Salpeter or Casida equation.
Description: {{TAG|IBSE}} can be used to select the algorithm for solving the Bethe-Salpeter or Casida equation.
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The following options are available to solve the Bethe-Salpeter or Casida equation:
The following options are available to solve the Bethe-Salpeter or Casida equation:
*{{TAG|IBSE}} = 0: [[Bethe-Salpeter equations#Exact diagonalization|Exact diagonalization]]
*{{TAG|IBSE}} = 0: [[Bethe-Salpeter equations#Exact diagonalization|Exact diagonalization]]
*{{TAG|IBSE}} = 1: [[Bethe-Salpeter equations#Time evolution|Time evolution]]
*{{TAG|IBSE}} = 1: [[Bethe-Salpeter equations#Time evolution|Time evolution]]
<!--*{{TAG|IBSE}} = 2: [[Bethe-Salpeter equations#Exact diagonalization|New exact-diagonalization driver]]-->
<!--  
<!--*{{TAG|IBSE}} = 3: [[Bethe-Salpeter equations#Lanczos algorithm|Lanczos algorithm]]-->
The following options are available to solve the Bethe-Salpeter or Casida equation:
*{{TAG|IBSE}} = 0: [[Bethe-Salpeter equations#Exact diagonalization|Exact diagonalization with old BSE driver]]
*{{TAG|IBSE}} = 1: [[Bethe-Salpeter equations#Time evolution|Time evolution with new BSE driver]]
*{{TAG|IBSE}} = 2: [[Bethe-Salpeter equations#Exact diagonalization| Exact diagonalization with new BSE driver]]
*{{TAG|IBSE}} = 3: [[Bethe-Salpeter equations#Lanczos algorithm|Lanczos algorithm with new BSE driver]]
{{NB|mind| The new BSE driver is only available for VASP version 6.5.0 and above.}}
-->
== Related tag and articles ==
== Related tag and articles ==
{{TAG|IBSE}},
{{TAG|IBSE}},

Revision as of 12:02, 15 October 2024

IBSE = 0 | 1
Default: IBSE = 0 

Description: IBSE can be used to select the algorithm for solving the Bethe-Salpeter or Casida equation.


The following options are available to solve the Bethe-Salpeter or Casida equation:

Related tag and articles

IBSE, BSEPREC, NBANDSV, NBANDSO, CSHIFT, OMEGAMAX, BSE calculations, Time-dependent density-functional theory calculations, Bethe-Salpeter equations