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ProbeGetGroundstateEnergy
TSGut edited this page Jan 17, 2018
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ProbeGetGroundstateEnergy
returns the ground state energy of the (Laplace-/Dirac-) probe in question for a given point p in (as argument).
This method admits no options.
ProbeGetGroundstateEnergy
has the following (non-optional) arguments:
Argument | Description |
---|---|
point |
A point in the target space , which must be represented as a List of d numbers. |
<< BProbeM`
t = PauliMatrix[{1,2,3}];
ProbeInit[t];
(* prints out smallest eigenvalue of the (Laplace-/Dirac-) operator *)
(* in question at the point {1,0,0} *)
Print[ ProbeGetGroundstateEnergy[{1,0,0}] ];
ProbeScan
(opts, ex)
ProbeReset
(opts, ex)
ProbeGetPoints
(ex)
ProbeGetTangetspaces
(ex)
ProbeDirectionalScan
(args, opts, ex)
ProbeGetDirectionalData
(ex)
ProbeShowDirectionalPlot
(ex)
ProbeGetOperator
(ex)
ProbeGetGroundstateEnergy
(args, ex)
ProbeGetEnergies
(args, ex)
ProbeGetGroundstate
(args, ex)
ProbeGetGroundstates
(args, ex)
ProbeGetExpectedLocation
(args, ex)
MatrixRepSU2
(args, ex)
MatrixRepSU3
(args, ex)