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guanjihuan 2021-06-24 09:35:18 +08:00
parent fbedfee16a
commit 97d2b5c83d
2 changed files with 23 additions and 23 deletions
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22
academic_codes/2021.05.21_eigenvalue_of_Kronecker_product_of_Pauli_matrices/eigenvalue_of_Kronecker_product_of_Pauli_matrices.py
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@ -1,5 +1,5 @@
import numpy as np import numpy as np
import gjh import guan
a_00 = np.random.uniform(-1, 1) a_00 = np.random.uniform(-1, 1)
a_0x = np.random.uniform(-1, 1) a_0x = np.random.uniform(-1, 1)
@ -22,18 +22,18 @@ a_zy = np.random.uniform(-1, 1)
a_zz = np.random.uniform(-1, 1) a_zz = np.random.uniform(-1, 1)
hamiltonian_1 = \ hamiltonian_1 = \
a_00*gjh.sigma_00()+a_0x*gjh.sigma_0x()+a_0y*gjh.sigma_0y()+a_0z*gjh.sigma_0z()+ \ a_00*guan.sigma_00()+a_0x*guan.sigma_0x()+a_0y*guan.sigma_0y()+a_0z*guan.sigma_0z()+ \
a_x0*gjh.sigma_x0()+a_xx*gjh.sigma_xx()+a_xy*gjh.sigma_xy()+a_xz*gjh.sigma_xz()+ \ a_x0*guan.sigma_x0()+a_xx*guan.sigma_xx()+a_xy*guan.sigma_xy()+a_xz*guan.sigma_xz()+ \
a_y0*gjh.sigma_y0()+a_yx*gjh.sigma_yx()+a_yy*gjh.sigma_yy()+a_yz*gjh.sigma_yz()+ \ a_y0*guan.sigma_y0()+a_yx*guan.sigma_yx()+a_yy*guan.sigma_yy()+a_yz*guan.sigma_yz()+ \
a_z0*gjh.sigma_z0()+a_zx*gjh.sigma_zx()+a_zy*gjh.sigma_zy()+a_zz*gjh.sigma_zz() a_z0*guan.sigma_z0()+a_zx*guan.sigma_zx()+a_zy*guan.sigma_zy()+a_zz*guan.sigma_zz()
eigenvalue_1 = gjh.calculate_eigenvalue(hamiltonian_1) eigenvalue_1 = guan.calculate_eigenvalue(hamiltonian_1)
hamiltonian_2 = \ hamiltonian_2 = \
a_00*gjh.sigma_00()+a_0x*gjh.sigma_x0()+a_0y*gjh.sigma_y0()+a_0z*gjh.sigma_z0()+ \ a_00*guan.sigma_00()+a_0x*guan.sigma_x0()+a_0y*guan.sigma_y0()+a_0z*guan.sigma_z0()+ \
a_x0*gjh.sigma_0x()+a_xx*gjh.sigma_xx()+a_xy*gjh.sigma_yx()+a_xz*gjh.sigma_zx()+ \ a_x0*guan.sigma_0x()+a_xx*guan.sigma_xx()+a_xy*guan.sigma_yx()+a_xz*guan.sigma_zx()+ \
a_y0*gjh.sigma_0y()+a_yx*gjh.sigma_xy()+a_yy*gjh.sigma_yy()+a_yz*gjh.sigma_zy()+ \ a_y0*guan.sigma_0y()+a_yx*guan.sigma_xy()+a_yy*guan.sigma_yy()+a_yz*guan.sigma_zy()+ \
a_z0*gjh.sigma_0z()+a_zx*gjh.sigma_xz()+a_zy*gjh.sigma_yz()+a_zz*gjh.sigma_zz() a_z0*guan.sigma_0z()+a_zx*guan.sigma_xz()+a_zy*guan.sigma_yz()+a_zz*guan.sigma_zz()
eigenvalue_2 = gjh.calculate_eigenvalue(hamiltonian_2) eigenvalue_2 = guan.calculate_eigenvalue(hamiltonian_2)
print() print()

24
academic_codes/2021.05.21_eigenvalue_of_Kronecker_product_of_Pauli_matrices/test2_eigenvalue_of_Kronecker_product_of_Pauli_matrices.py
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@ -1,5 +1,5 @@
import numpy as np import numpy as np
import gjh import guan
a_00 = np.random.uniform(-1, 1) a_00 = np.random.uniform(-1, 1)
a_0x = np.random.uniform(-1, 1) a_0x = np.random.uniform(-1, 1)
@ -22,20 +22,20 @@ a_zy = np.random.uniform(-1, 1)
a_zz = np.random.uniform(-1, 1) a_zz = np.random.uniform(-1, 1)
hamiltonian_1 = \ hamiltonian_1 = \
a_00*gjh.sigma_00()+a_0x*gjh.sigma_0x()+a_0y*gjh.sigma_0y()+a_0z*gjh.sigma_0z()+ \ a_00*guan.sigma_00()+a_0x*guan.sigma_0x()+a_0y*guan.sigma_0y()+a_0z*guan.sigma_0z()+ \
a_x0*gjh.sigma_x0()+a_xx*gjh.sigma_xx()+a_xy*gjh.sigma_xy()+a_xz*gjh.sigma_xz()+ \ a_x0*guan.sigma_x0()+a_xx*guan.sigma_xx()+a_xy*guan.sigma_xy()+a_xz*guan.sigma_xz()+ \
a_y0*gjh.sigma_y0()+a_yx*gjh.sigma_yx()+a_yy*gjh.sigma_yy()+a_yz*gjh.sigma_yz()+ \ a_y0*guan.sigma_y0()+a_yx*guan.sigma_yx()+a_yy*guan.sigma_yy()+a_yz*guan.sigma_yz()+ \
a_z0*gjh.sigma_z0()+a_zx*gjh.sigma_zx()+a_zy*gjh.sigma_zy()+a_zz*gjh.sigma_zz() a_z0*guan.sigma_z0()+a_zx*guan.sigma_zx()+a_zy*guan.sigma_zy()+a_zz*guan.sigma_zz()
eigenvalue_1 = gjh.calculate_eigenvalue(hamiltonian_1) eigenvalue_1 = guan.calculate_eigenvalue(hamiltonian_1)
# only gjh.sigma_0x() is changed to gjh.sigma_x0() # only guan.sigma_0x() is changed to guan.sigma_x0()
hamiltonian_3 = \ hamiltonian_3 = \
a_00*gjh.sigma_00()+a_0x*gjh.sigma_x0()+a_0y*gjh.sigma_0y()+a_0z*gjh.sigma_0z()+ \ a_00*guan.sigma_00()+a_0x*guan.sigma_x0()+a_0y*guan.sigma_0y()+a_0z*guan.sigma_0z()+ \
a_x0*gjh.sigma_x0()+a_xx*gjh.sigma_xx()+a_xy*gjh.sigma_xy()+a_xz*gjh.sigma_xz()+ \ a_x0*guan.sigma_x0()+a_xx*guan.sigma_xx()+a_xy*guan.sigma_xy()+a_xz*guan.sigma_xz()+ \
a_y0*gjh.sigma_y0()+a_yx*gjh.sigma_yx()+a_yy*gjh.sigma_yy()+a_yz*gjh.sigma_yz()+ \ a_y0*guan.sigma_y0()+a_yx*guan.sigma_yx()+a_yy*guan.sigma_yy()+a_yz*guan.sigma_yz()+ \
a_z0*gjh.sigma_z0()+a_zx*gjh.sigma_zx()+a_zy*gjh.sigma_zy()+a_zz*gjh.sigma_zz() a_z0*guan.sigma_z0()+a_zx*guan.sigma_zx()+a_zy*guan.sigma_zy()+a_zz*guan.sigma_zz()
eigenvalue_3 = gjh.calculate_eigenvalue(hamiltonian_3) eigenvalue_3 = guan.calculate_eigenvalue(hamiltonian_3)
print() print()
print('Eigenvalue:') print('Eigenvalue:')