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# # Used for energy study # # # ====================================================================== # Define options # ====================================================================== set op

# # Used for energy study # # # ====================================================================== # Define options # ====================================================================== set op

% ising_thermal - Internal energy of the Ising model in thermal equilibrium % ising_thermal(B,T) gives the internal energy % per qubit of the Ising spin chain in a transverse field in the % the

% ising_free - Free energy of the Ising model in thermal equilibrium % ising_free(B,T) gives the free energy of % Ising model in transverse field in the % thermodynamic limit, if the temperatur

% ising_ground Ground state energy of the quantum Ising model % ising_ground(B) gives the ground state energy of % Ising model in transverse field in the % thermodynamic limit, if the % f

% ising_free - Free energy of the Ising model in thermal equilibrium % ising_free(B,T) gives the free energy of % Ising model in transverse field in the % thermodynamic limit, if the temperatur

% ising_ground Ground state energy of the quantum Ising model % ising_ground(B) gives the ground state energy of the % Ising model per qubit in transverse field in the % thermodynamic limit,

function [theta,strength,phase,energy] = steer_max(basis) % [theta,strength,phase,energy] = steer_max(basis) % returns the local angles of maximum response, % the strength of the dominant orientati

function turbo_code_no_punc_setup % Get parameter names and values from mask mask_ws_vars = get_param([gcs '/Global Parameters'],'maskwsvariables'); if ~isempty(mask_ws_vars) for i = 1:len

function turbo_code_punc_setup % Get parameter names and values from mask mask_ws_vars = get_param([gcs '/Global Parameters'],'maskwsvariables'); if ~isempty(mask_ws_vars) for i = 1:length