Skip to content
/ KitaevLadder Public

Using TeNPy to simulate Kitaev Ladders. This will be part of my PSI essay work.

2 stars 1 fork Branches Tags Activity
Star
Notifications You must be signed in to change notification settings

JerryChen97/KitaevLadder

BranchesTags

Folders and files

NameName
Last commit message
Last commit date

Latest commit

 

History

111 Commits
corr_figs_L_80
corr_figs_L_80
 
 
ref
ref
 
 
.gitignore
.gitignore
 
 
Correlation functions and local order parameters Spin 0.5 Sweep.ipynb
Correlation functions and local order parameters Spin 0.5 Sweep.ipynb
 
 
Correlation functions and local order parameters Spin 0.5.ipynb
Correlation functions and local order parameters Spin 0.5.ipynb
 
 
Correlation functions and local order parameters Spin 1.ipynb
Correlation functions and local order parameters Spin 1.ipynb
 
 
Correlation_More_Compact.ipynb
Correlation_More_Compact.ipynb
 
 
Demo for the Essay.ipynb
Demo for the Essay.ipynb
 
 
Design the map sweeping.ipynb
Design the map sweeping.ipynb
 
 
E_slice_Jx_0.4_Jz_1.png
E_slice_Jx_0.4_Jz_1.png
 
 
E_slice_Jx_0_Jz_1.png
E_slice_Jx_0_Jz_1.png
 
 
E_slice_Jx_1.0_Jz_1.png
E_slice_Jx_1.0_Jz_1.png
 
 
E_slice_Jx_1.6_Jz_1.png
E_slice_Jx_1.6_Jz_1.png
 
 
Energy_Jx_0.44608073502146883_Jy_0.06536087612793184_Jz_0.8514141858444045.png
Energy_Jx_0.44608073502146883_Jy_0.06536087612793184_Jz_0.8514141858444045.png
 
 
Energy_OBC_Jx_0.009157075761197286_Jy_0.3064809741656005_Jz_0.21537443996577588.png
Energy_OBC_Jx_0.009157075761197286_Jy_0.3064809741656005_Jz_0.21537443996577588.png
 
 
Energy_OBC_Jx_0.09504893317543084_Jy_0.008326535739184737_Jz_0.27429268910126514.png
Energy_OBC_Jx_0.09504893317543084_Jy_0.008326535739184737_Jz_0.27429268910126514.png
 
 
Energy_OBC_Jx_0.28344311723704296_Jy_0.10339485611499777_Jz_0.8501676272419727.png
Energy_OBC_Jx_0.28344311723704296_Jy_0.10339485611499777_Jz_0.8501676272419727.png
 
 
Energy_OBC_Jx_0.44608073502146883_Jy_0.06536087612793184_Jz_0.8514141858444045.png
Energy_OBC_Jx_0.44608073502146883_Jy_0.06536087612793184_Jz_0.8514141858444045.png
 
 
Energy_OBC_Jx_0.446_Jy_0.065_Jz_0.851.png
Energy_OBC_Jx_0.446_Jy_0.065_Jz_0.851.png
 
 
Energy_PBC_Jx_0.009157075761197286_Jy_0.3064809741656005_Jz_0.21537443996577588.png
Energy_PBC_Jx_0.009157075761197286_Jy_0.3064809741656005_Jz_0.21537443996577588.png
 
 
Energy_PBC_Jx_0.09504893317543084_Jy_0.008326535739184737_Jz_0.27429268910126514.png
Energy_PBC_Jx_0.09504893317543084_Jy_0.008326535739184737_Jz_0.27429268910126514.png
 
 
Energy_PBC_Jx_0.28344311723704296_Jy_0.10339485611499777_Jz_0.8501676272419727.png
Energy_PBC_Jx_0.28344311723704296_Jy_0.10339485611499777_Jz_0.8501676272419727.png
 
 
Energy_PBC_Jx_0.44608073502146883_Jy_0.06536087612793184_Jz_0.8514141858444045.png
Energy_PBC_Jx_0.44608073502146883_Jy_0.06536087612793184_Jz_0.8514141858444045.png
 
 
Energy_PBC_Jx_0.446_Jy_0.065_Jz_0.851.png
Energy_PBC_Jx_0.446_Jy_0.065_Jz_0.851.png
 
 
Finite Scaling at J = (-0.35, -0.45, 0.2), L=2.png
Finite Scaling at J = (-0.35, -0.45, 0.2), L=2.png
 
 
Finite Scaling at J = (-0.35, -0.45, 0.2), L=3.png
Finite Scaling at J = (-0.35, -0.45, 0.2), L=3.png
 
 
FiniteScaling_Jx_0.0_Jy_1.0_Jz_1_L_2.png
FiniteScaling_Jx_0.0_Jy_1.0_Jz_1_L_2.png
 
 
FiniteScaling_Jx_1.0_Jy_0_Jz_1_L_2.png
FiniteScaling_Jx_1.0_Jy_0_Jz_1_L_2.png
 
 
FiniteScaling_Jx_1.1_Jy_0.1_Jz_1_L_2.png
FiniteScaling_Jx_1.1_Jy_0.1_Jz_1_L_2.png
 
 
FiniteScaling_Jx_1_Jy_1_Jz_0_L_2.png
FiniteScaling_Jx_1_Jy_1_Jz_0_L_2.png
 
 
FiniteScaling_Jx_1_Jy_2_Jz_1_L_2.png
FiniteScaling_Jx_1_Jy_2_Jz_1_L_2.png
 
 
Ground State Inspection.ipynb
Ground State Inspection.ipynb
 
 
Higher spins.ipynb
Higher spins.ipynb
 
 
Investigation on the jumping points.ipynb
Investigation on the jumping points.ipynb
 
 
Ising.ipynb
Ising.ipynb
 
 
LocalOperatorAlgebra.ipynb
LocalOperatorAlgebra.ipynb
 
 
PhaseDiagram.png
PhaseDiagram.png
 
 
README.md
README.md
 
 
Read Files.ipynb
Read Files.ipynb
 
 
Untitled1.ipynb
Untitled1.ipynb
 
 
Untitled2.ipynb
Untitled2.ipynb
 
 
central_charge_ising.pdf
central_charge_ising.pdf
 
 
chiral_pi_flux_charge_pump.pdf
chiral_pi_flux_charge_pump.pdf
 
 
chiral_pi_flux_ent_spec_flow.pdf
chiral_pi_flux_ent_spec_flow.pdf
 
 
comb_phase_diagram.py
comb_phase_diagram.py
 
 
comb_rotation_phase_diagram.py
comb_rotation_phase_diagram.py
 
 
commandlinetest.py
commandlinetest.py
 
 
correlation_length.png
correlation_length.png
 
 
entanglement entropy.png
entanglement entropy.png
 
 
kitaev_ladder.py
kitaev_ladder.py
 
 
kitaev_ladder_snake.py
kitaev_ladder_snake.py
 
 
kitaev_ladder_snake1.py
kitaev_ladder_snake1.py
 
 
kitaev_ladder_snake2.py
kitaev_ladder_snake2.py
 
 
off_diagonal.py
off_diagonal.py
 
 
operator_algebra.py
operator_algebra.py
 
 
phase_diagram.py
phase_diagram.py
 
 
phase_diagram_creator.py
phase_diagram_creator.py
 
 
phase_diagram_spherical.py
phase_diagram_spherical.py
 
 
phase_diagram_triangular.py
phase_diagram_triangular.py
 
 
psi_generator.py
psi_generator.py
 
 
rotation.py
rotation.py
 
 
spherical_coordinates.py
spherical_coordinates.py
 
 
triangular_coordinates.py
triangular_coordinates.py
 
 

Repository files navigation

KitaevLadder

Using TeNPy to simulate Kitaev Ladders. This will be part of my PSI essay work.

Notice for the PSI work

To check with those mentioned in my PSI essay, please open and read the Demo for the Essay.ipynb.

Using TeNPy

TeNPy has already implemented the lattice structure for ladders.

Reference

About

Using TeNPy to simulate Kitaev Ladders. This will be part of my PSI essay work.

Topics

physics dmrg kitaev-model

Resources

Readme
Activity

Stars

2 stars

Watchers

0 watching

Forks

1 fork
Report repository

Releases

No releases published

Packages

No packages published

Languages