gsinuco

I'm a theoretical and computational physicist. My research is focused on the applications of driven quantum dynamics for quantum technology.

Durham UniversityBrighton - UK

Pinned Repositories

BEC-3D_Crank-Nicholson
Solution of the 3D Gross-Pitaevskii equaiton using a Crank-Nicholson scheme
Language:Fortran00
BoseHubbardExactDiag
Matlab scripts to find the energy spectrum of the Bose-Hubbard model using exact diagonalisation
Language:MATLAB4 2 00
ED_EntanglementSpectrum_FloquetBosonicSystems
Language:C10
FloquetEffectiveHamiltonian
Language:Python50
MFloquet_NQS
Language:C++00
MultimodeFloquet
A Fortran library to solve the Schrodinger Eq. of multifrequency driven systems
Language:Fortran20
OPENMMF
Language:Fortran10
TightBindingwithMatlab
Language:MATLAB3 1 00
TightBindingwithOPENMMF
Language:Fortran10
VariationalNN_Floquet
Language:Python20

gsinuco/FloquetEffectiveHamiltonian
Language:Python50
gsinuco/BoseHubbardExactDiag
Matlab scripts to find the energy spectrum of the Bose-Hubbard model using exact diagonalisation
Language:MATLAB4 2 00
gsinuco/TightBindingwithMatlab
Language:MATLAB3 1 00
gsinuco/MultimodeFloquet
A Fortran library to solve the Schrodinger Eq. of multifrequency driven systems
Language:Fortran20
gsinuco/VariationalNN_Floquet
Language:Python20
gsinuco/ED_EntanglementSpectrum_FloquetBosonicSystems
Language:C10
gsinuco/OPENMMF
Language:Fortran10
gsinuco/TightBindingwithOPENMMF
Language:Fortran10
gsinuco/BEC-3D_Crank-Nicholson
Solution of the 3D Gross-Pitaevskii equaiton using a Crank-Nicholson scheme
Language:Fortran00
gsinuco/MFloquet_NQS
Language:C++00
gsinuco/PGE_SphericalBEC
Projected Gross-Pitaevskki method for a Spherical atomic BEC
Language:Fortran
gsinuco/product-line-prediction
Created for toolchain: https://cloud.ibm.com/devops/toolchains/0d3f982f-8209-43ca-af76-38cb7a0e2891?env_id=ibm%3Ayp%3Aeu-gb
Language:JavaScript