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optimization_results.log
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optimization_results.log
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Stochastic Optimization - date: 20230202 | time: 013429.595
-----------------------------------------------------------
Epoch 1: E[ψ(α(τ=0.0))] = -122.448 ± 2.941
Epoch 2: E[ψ(α(τ=0.010))] = -122.991 ± 3.205
Epoch 3: E[ψ(α(τ=0.020))] = -126.082 ± 3.249
Epoch 4: E[ψ(α(τ=0.029))] = -138.256 ± 4.499
Epoch 5: E[ψ(α(τ=0.040))] = -163.726 ± 5.921
Epoch 6: E[ψ(α(τ=0.050))] = -220.659 ± 8.068
Epoch 7: E[ψ(α(τ=0.059))] = -317.869 ± 8.675
Epoch 8: E[ψ(α(τ=0.070))] = -438.294 ± 0.738
Epoch 9: E[ψ(α(τ=0.080))] = -464.980 ± 0.550
Epoch 10: E[ψ(α(τ=0.089))] = -480.499 ± 0.408
Epoch 11: E[ψ(α(τ=0.100))] = -490.620 ± 0.349
Epoch 12: E[ψ(α(τ=0.110))] = -497.118 ± 0.262
Epoch 13: E[ψ(α(τ=0.119))] = -500.649 ± 0.185
Epoch 14: E[ψ(α(τ=0.130))] = -502.386 ± 0.128
Epoch 15: E[ψ(α(τ=0.140))] = -503.373 ± 0.084
Epoch 16: E[ψ(α(τ=0.149))] = -503.614 ± 0.074
Epoch 17: E[ψ(α(τ=0.160))] = -503.919 ± 0.058
Epoch 18: E[ψ(α(τ=0.170))] = -503.629 ± 0.057
Epoch 19: E[ψ(α(τ=0.179))] = -503.479 ± 0.074
Epoch 20: E[ψ(α(τ=0.190))] = -503.205 ± 0.068
Epoch 21: E[ψ(α(τ=0.200))] = -502.824 ± 0.083
Epoch 22: E[ψ(α(τ=0.209))] = -502.356 ± 0.078
Epoch 23: E[ψ(α(τ=0.220))] = -502.210 ± 0.107
Epoch 24: E[ψ(α(τ=0.230))] = -502.095 ± 0.117
Epoch 25: E[ψ(α(τ=0.239))] = -501.759 ± 0.124
Epoch 26: E[ψ(α(τ=0.250))] = -501.438 ± 0.110
Optimization time: 18.632 seconds for n = 1000 spins.
Ground state energy: E[ψ(α(τ → ∞))] = -501.438 ± 0.110 for J = 0.5 and B = 0.1
Ground state accuracy: 0.999800
This program was built and run with compiler "Intel(R) Fortran Compiler for applications running on Intel(R) 64, Version 2023.0.0 Build 20221201" using compiler options "-Ibuild/ifx_BDD2E61BB1C1686C -c -O3 -arch CORE-AVX2 -coarray -coarray-num-images=16 -heap-arrays 0 -module build/ifx_BDD2E61BB1C1686C -o build/ifx_BDD2E61BB1C1686C/nnqs/src_nnqs.f90.o ".
Stochastic Optimization - date: 20230202 | time: 013455.201
-----------------------------------------------------------
Epoch 1: E[ψ(α(τ=0.0))] = -123.361 ± 2.899
Epoch 2: E[ψ(α(τ=0.010))] = -126.317 ± 3.276
Epoch 3: E[ψ(α(τ=0.020))] = -129.872 ± 3.298
Epoch 4: E[ψ(α(τ=0.029))] = -137.627 ± 4.077
Epoch 5: E[ψ(α(τ=0.040))] = -158.607 ± 5.407
Epoch 6: E[ψ(α(τ=0.050))] = -186.202 ± 7.079
Epoch 7: E[ψ(α(τ=0.059))] = -249.495 ± 8.613
Epoch 8: E[ψ(α(τ=0.070))] = -346.204 ± 7.843
Epoch 9: E[ψ(α(τ=0.080))] = -440.416 ± 0.669
Epoch 10: E[ψ(α(τ=0.089))] = -464.761 ± 0.522
Epoch 11: E[ψ(α(τ=0.100))] = -479.785 ± 0.430
Epoch 12: E[ψ(α(τ=0.110))] = -489.661 ± 0.346
Epoch 13: E[ψ(α(τ=0.119))] = -496.097 ± 0.265
Epoch 14: E[ψ(α(τ=0.130))] = -499.637 ± 0.210
Epoch 15: E[ψ(α(τ=0.140))] = -501.610 ± 0.162
Epoch 16: E[ψ(α(τ=0.149))] = -502.632 ± 0.123
Epoch 17: E[ψ(α(τ=0.160))] = -503.357 ± 0.084
Epoch 18: E[ψ(α(τ=0.170))] = -503.461 ± 0.078
Epoch 19: E[ψ(α(τ=0.179))] = -503.375 ± 0.057
Epoch 20: E[ψ(α(τ=0.190))] = -503.297 ± 0.070
Epoch 21: E[ψ(α(τ=0.200))] = -502.968 ± 0.068
Epoch 22: E[ψ(α(τ=0.209))] = -502.918 ± 0.090
Epoch 23: E[ψ(α(τ=0.220))] = -502.484 ± 0.073
Epoch 24: E[ψ(α(τ=0.230))] = -502.308 ± 0.083
Epoch 25: E[ψ(α(τ=0.239))] = -502.028 ± 0.117
Epoch 26: E[ψ(α(τ=0.250))] = -501.866 ± 0.120
Epoch 27: E[ψ(α(τ=0.260))] = -501.482 ± 0.104
Epoch 28: E[ψ(α(τ=0.270))] = -501.469 ± 0.122
Epoch 29: E[ψ(α(τ=0.280))] = -501.106 ± 0.123
Epoch 30: E[ψ(α(τ=0.289))] = -500.946 ± 0.095
Epoch 31: E[ψ(α(τ=0.299))] = -500.932 ± 0.127
Optimization time: 22.025 seconds for n = 1000 spins.
Ground state energy: E[ψ(α(τ → ∞))] = -500.932 ± 0.127 for J = -0.5 and B = 0.1
Ground state accuracy: 0.999933
This program was built and run with compiler "Intel(R) Fortran Compiler for applications running on Intel(R) 64, Version 2023.0.0 Build 20221201" using compiler options "-Ibuild/ifx_BDD2E61BB1C1686C -c -O3 -arch CORE-AVX2 -coarray -coarray-num-images=16 -heap-arrays 0 -module build/ifx_BDD2E61BB1C1686C -o build/ifx_BDD2E61BB1C1686C/nnqs/src_nnqs.f90.o ".
Stochastic Optimization - date: 20230202 | time: 013532.076
-----------------------------------------------------------
Epoch 1: E[ψ(α(τ=0.0))] = -121.826 ± 2.894
Epoch 2: E[ψ(α(τ=0.010))] = -122.994 ± 3.039
Epoch 3: E[ψ(α(τ=0.020))] = -125.733 ± 3.307
Epoch 4: E[ψ(α(τ=0.029))] = -145.213 ± 4.631
Epoch 5: E[ψ(α(τ=0.040))] = -182.763 ± 6.691
Epoch 6: E[ψ(α(τ=0.050))] = -249.524 ± 8.707
Epoch 7: E[ψ(α(τ=0.059))] = -372.166 ± 6.968
Epoch 8: E[ψ(α(τ=0.070))] = -454.274 ± 0.643
Epoch 9: E[ψ(α(τ=0.080))] = -476.483 ± 0.506
Epoch 10: E[ψ(α(τ=0.089))] = -488.386 ± 0.381
Epoch 11: E[ψ(α(τ=0.100))] = -496.050 ± 0.267
Epoch 12: E[ψ(α(τ=0.110))] = -500.489 ± 0.195
Epoch 13: E[ψ(α(τ=0.119))] = -502.549 ± 0.135
Epoch 14: E[ψ(α(τ=0.130))] = -503.463 ± 0.093
Epoch 15: E[ψ(α(τ=0.140))] = -503.599 ± 0.064
Epoch 16: E[ψ(α(τ=0.149))] = -503.697 ± 0.054
Epoch 17: E[ψ(α(τ=0.160))] = -503.376 ± 0.060
Epoch 18: E[ψ(α(τ=0.170))] = -503.233 ± 0.084
Epoch 19: E[ψ(α(τ=0.179))] = -502.737 ± 0.088
Epoch 20: E[ψ(α(τ=0.190))] = -502.367 ± 0.086
Epoch 21: E[ψ(α(τ=0.200))] = -502.026 ± 0.091
Epoch 22: E[ψ(α(τ=0.209))] = -502.124 ± 0.121
Epoch 23: E[ψ(α(τ=0.220))] = -501.613 ± 0.100
Epoch 24: E[ψ(α(τ=0.230))] = -501.480 ± 0.126
Epoch 25: E[ψ(α(τ=0.239))] = -501.086 ± 0.132
Optimization time: 12.674 seconds for n = 1000 spins.
Ground state energy: E[ψ(α(τ → ∞))] = -501.086 ± 0.132 for J = 0.5 and B = 0.1
Ground state accuracy: 0.999800
This program was built and run with compiler "Intel(R) Fortran Intel(R) 64 Compiler Classic for applications running on Intel(R) 64, Version 2021.8.0 Build 20221119_000000" using compiler options "-Ibuild/ifort_BDD2E61BB1C1686C -c -O3 -arch CORE-AVX2 -coarray -coarray-num-images=16 -heap-arrays 0 -module build/ifort_BDD2E61BB1C1686C -o build/ifort_BDD2E61BB1C1686C/nnqs/src_nnqs.f90.o".
Stochastic Optimization - date: 20230202 | time: 013554.732
-----------------------------------------------------------
Epoch 1: E[ψ(α(τ=0.0))] = -122.102 ± 3.043
Epoch 2: E[ψ(α(τ=0.010))] = -125.938 ± 3.377
Epoch 3: E[ψ(α(τ=0.020))] = -128.932 ± 3.414
Epoch 4: E[ψ(α(τ=0.029))] = -137.362 ± 4.125
Epoch 5: E[ψ(α(τ=0.040))] = -154.876 ± 5.330
Epoch 6: E[ψ(α(τ=0.050))] = -184.280 ± 6.785
Epoch 7: E[ψ(α(τ=0.059))] = -232.919 ± 8.403
Epoch 8: E[ψ(α(τ=0.070))] = -318.200 ± 8.493
Epoch 9: E[ψ(α(τ=0.080))] = -429.379 ± 0.775
Epoch 10: E[ψ(α(τ=0.089))] = -455.498 ± 0.668
Epoch 11: E[ψ(α(τ=0.100))] = -473.320 ± 0.494
Epoch 12: E[ψ(α(τ=0.110))] = -485.594 ± 0.448
Epoch 13: E[ψ(α(τ=0.119))] = -492.853 ± 0.315
Epoch 14: E[ψ(α(τ=0.130))] = -496.635 ± 0.263
Epoch 15: E[ψ(α(τ=0.140))] = -499.521 ± 0.186
Epoch 16: E[ψ(α(τ=0.149))] = -501.091 ± 0.167
Epoch 17: E[ψ(α(τ=0.160))] = -502.169 ± 0.144
Epoch 18: E[ψ(α(τ=0.170))] = -502.595 ± 0.108
Epoch 19: E[ψ(α(τ=0.179))] = -502.483 ± 0.096
Epoch 20: E[ψ(α(τ=0.190))] = -502.497 ± 0.094
Epoch 21: E[ψ(α(τ=0.200))] = -502.226 ± 0.087
Epoch 22: E[ψ(α(τ=0.209))] = -502.346 ± 0.087
Epoch 23: E[ψ(α(τ=0.220))] = -501.972 ± 0.088
Epoch 24: E[ψ(α(τ=0.230))] = -502.049 ± 0.112
Epoch 25: E[ψ(α(τ=0.239))] = -501.961 ± 0.108
Epoch 26: E[ψ(α(τ=0.250))] = -501.492 ± 0.084
Epoch 27: E[ψ(α(τ=0.260))] = -501.249 ± 0.088
Epoch 28: E[ψ(α(τ=0.270))] = -501.042 ± 0.138
Epoch 29: E[ψ(α(τ=0.280))] = -500.919 ± 0.103
Epoch 30: E[ψ(α(τ=0.289))] = -500.675 ± 0.098
Epoch 31: E[ψ(α(τ=0.299))] = -500.737 ± 0.121
Epoch 32: E[ψ(α(τ=0.309))] = -500.581 ± 0.123
Epoch 33: E[ψ(α(τ=0.320))] = -500.427 ± 0.147
Epoch 34: E[ψ(α(τ=0.330))] = -500.469 ± 0.097
Epoch 35: E[ψ(α(τ=0.340))] = -500.431 ± 0.305
Epoch 36: E[ψ(α(τ=0.350))] = -500.192 ± 0.170
Epoch 37: E[ψ(α(τ=0.359))] = -499.989 ± 0.075
Epoch 38: E[ψ(α(τ=0.369))] = -500.060 ± 0.078
Epoch 39: E[ψ(α(τ=0.380))] = -499.896 ± 0.066
Optimization time: 19.598 seconds for n = 1000 spins.
Ground state energy: E[ψ(α(τ → ∞))] = -499.896 ± 0.066 for J = -0.5 and B = 0.1
Ground state accuracy: 1.000000
This program was built and run with compiler "Intel(R) Fortran Intel(R) 64 Compiler Classic for applications running on Intel(R) 64, Version 2021.8.0 Build 20221119_000000" using compiler options "-Ibuild/ifort_BDD2E61BB1C1686C -c -O3 -arch CORE-AVX2 -coarray -coarray-num-images=16 -heap-arrays 0 -module build/ifort_BDD2E61BB1C1686C -o build/ifort_BDD2E61BB1C1686C/nnqs/src_nnqs.f90.o".
Stochastic Optimization - date: 20230202 | time: 013752.549
-----------------------------------------------------------
Epoch 1: E[ψ(α(τ=0.0))] = -120.146 ± 2.830
Epoch 2: E[ψ(α(τ=0.010))] = -125.442 ± 3.285
Epoch 3: E[ψ(α(τ=0.020))] = -124.398 ± 3.258
Epoch 4: E[ψ(α(τ=0.029))] = -134.568 ± 3.818
Epoch 5: E[ψ(α(τ=0.040))] = -151.331 ± 5.026
Epoch 6: E[ψ(α(τ=0.050))] = -177.805 ± 6.457
Epoch 7: E[ψ(α(τ=0.059))] = -215.151 ± 7.812
Epoch 8: E[ψ(α(τ=0.070))] = -269.356 ± 8.784
Epoch 9: E[ψ(α(τ=0.080))] = -357.329 ± 7.375
Epoch 10: E[ψ(α(τ=0.089))] = -437.351 ± 0.697
Epoch 11: E[ψ(α(τ=0.100))] = -458.943 ± 0.581
Epoch 12: E[ψ(α(τ=0.110))] = -473.679 ± 0.470
Epoch 13: E[ψ(α(τ=0.119))] = -484.542 ± 0.388
Epoch 14: E[ψ(α(τ=0.130))] = -491.450 ± 0.349
Epoch 15: E[ψ(α(τ=0.140))] = -496.334 ± 0.280
Epoch 16: E[ψ(α(τ=0.149))] = -498.991 ± 0.219
Epoch 17: E[ψ(α(τ=0.160))] = -500.964 ± 0.166
Epoch 18: E[ψ(α(τ=0.170))] = -502.259 ± 0.132
Epoch 19: E[ψ(α(τ=0.179))] = -502.568 ± 0.113
Epoch 20: E[ψ(α(τ=0.190))] = -503.210 ± 0.080
Epoch 21: E[ψ(α(τ=0.200))] = -503.160 ± 0.078
Epoch 22: E[ψ(α(τ=0.209))] = -503.138 ± 0.067
Epoch 23: E[ψ(α(τ=0.220))] = -503.005 ± 0.070
Epoch 24: E[ψ(α(τ=0.230))] = -502.846 ± 0.070
Epoch 25: E[ψ(α(τ=0.239))] = -502.593 ± 0.072
Epoch 26: E[ψ(α(τ=0.250))] = -502.503 ± 0.078
Epoch 27: E[ψ(α(τ=0.260))] = -502.209 ± 0.088
Epoch 28: E[ψ(α(τ=0.270))] = -502.189 ± 0.103
Epoch 29: E[ψ(α(τ=0.280))] = -501.956 ± 0.107
Epoch 30: E[ψ(α(τ=0.289))] = -501.742 ± 0.097
Epoch 31: E[ψ(α(τ=0.299))] = -501.434 ± 0.090
Epoch 32: E[ψ(α(τ=0.309))] = -501.392 ± 0.107
Optimization time: 22.983 seconds for n = 1000 spins.
Ground state energy: E[ψ(α(τ → ∞))] = -501.392 ± 0.107 for J = 0.5 and B = 0.1
Ground state accuracy: 0.999733
This program was built and run with compiler "Intel(R) Fortran Compiler for applications running on Intel(R) 64, Version 2023.0.0 Build 20221201" using compiler options "/Ibuild\ifx_1A8255903A99EB31 /c /O3 /arch:CORE-AVX2 /Qcoarray /Qcoarray-num-images:16 /heap-arrays:0 /module:build\ifx_1A8255903A99EB31 /o:build\ifx_1A8255903A99EB31\nnqs\src_nnqs.f90.o ".
Stochastic Optimization - date: 20230202 | time: 013825.325
-----------------------------------------------------------
Epoch 1: E[ψ(α(τ=0.0))] = -120.906 ± 2.919
Epoch 2: E[ψ(α(τ=0.010))] = -125.730 ± 3.268
Epoch 3: E[ψ(α(τ=0.020))] = -127.303 ± 3.379
Epoch 4: E[ψ(α(τ=0.029))] = -140.394 ± 4.713
Epoch 5: E[ψ(α(τ=0.040))] = -178.363 ± 6.654
Epoch 6: E[ψ(α(τ=0.050))] = -233.005 ± 8.419
Epoch 7: E[ψ(α(τ=0.059))] = -330.181 ± 8.428
Epoch 8: E[ψ(α(τ=0.070))] = -441.729 ± 0.777
Epoch 9: E[ψ(α(τ=0.080))] = -467.952 ± 0.589
Epoch 10: E[ψ(α(τ=0.089))] = -484.060 ± 0.421
Epoch 11: E[ψ(α(τ=0.100))] = -492.766 ± 0.282
Epoch 12: E[ψ(α(τ=0.110))] = -498.094 ± 0.238
Epoch 13: E[ψ(α(τ=0.119))] = -501.146 ± 0.193
Epoch 14: E[ψ(α(τ=0.130))] = -502.611 ± 0.125
Epoch 15: E[ψ(α(τ=0.140))] = -503.526 ± 0.077
Epoch 16: E[ψ(α(τ=0.149))] = -503.582 ± 0.065
Epoch 17: E[ψ(α(τ=0.160))] = -503.436 ± 0.057
Epoch 18: E[ψ(α(τ=0.170))] = -503.265 ± 0.070
Epoch 19: E[ψ(α(τ=0.179))] = -502.887 ± 0.068
Epoch 20: E[ψ(α(τ=0.190))] = -502.606 ± 0.082
Epoch 21: E[ψ(α(τ=0.200))] = -502.499 ± 0.103
Epoch 22: E[ψ(α(τ=0.209))] = -502.364 ± 0.113
Epoch 23: E[ψ(α(τ=0.220))] = -501.982 ± 0.116
Epoch 24: E[ψ(α(τ=0.230))] = -501.549 ± 0.093
Epoch 25: E[ψ(α(τ=0.239))] = -501.494 ± 0.130
Epoch 26: E[ψ(α(τ=0.250))] = -501.375 ± 0.156
Epoch 27: E[ψ(α(τ=0.260))] = -501.077 ± 0.149
Optimization time: 19.672 seconds for n = 1000 spins.
Ground state energy: E[ψ(α(τ → ∞))] = -501.077 ± 0.149 for J = -0.5 and B = 0.1
Ground state accuracy: 0.999866
This program was built and run with compiler "Intel(R) Fortran Compiler for applications running on Intel(R) 64, Version 2023.0.0 Build 20221201" using compiler options "/Ibuild\ifx_1A8255903A99EB31 /c /O3 /arch:CORE-AVX2 /Qcoarray /Qcoarray-num-images:16 /heap-arrays:0 /module:build\ifx_1A8255903A99EB31 /o:build\ifx_1A8255903A99EB31\nnqs\src_nnqs.f90.o ".
Stochastic Optimization - date: 20230202 | time: 013948.749
-----------------------------------------------------------
Epoch 1: E[ψ(α(τ=0.0))] = -122.242 ± 2.955
Epoch 2: E[ψ(α(τ=0.010))] = -136.267 ± 3.929
Epoch 3: E[ψ(α(τ=0.020))] = -135.608 ± 4.117
Epoch 4: E[ψ(α(τ=0.029))] = -147.331 ± 4.990
Epoch 5: E[ψ(α(τ=0.040))] = -181.284 ± 6.700
Epoch 6: E[ψ(α(τ=0.050))] = -222.042 ± 8.254
Epoch 7: E[ψ(α(τ=0.059))] = -296.738 ± 8.717
Epoch 8: E[ψ(α(τ=0.070))] = -408.104 ± 3.797
Epoch 9: E[ψ(α(τ=0.080))] = -449.581 ± 0.670
Epoch 10: E[ψ(α(τ=0.089))] = -467.899 ± 0.552
Epoch 11: E[ψ(α(τ=0.100))] = -480.894 ± 0.449
Epoch 12: E[ψ(α(τ=0.110))] = -490.005 ± 0.330
Epoch 13: E[ψ(α(τ=0.119))] = -495.649 ± 0.282
Epoch 14: E[ψ(α(τ=0.130))] = -498.536 ± 0.233
Epoch 15: E[ψ(α(τ=0.140))] = -500.503 ± 0.182
Epoch 16: E[ψ(α(τ=0.149))] = -502.029 ± 0.135
Epoch 17: E[ψ(α(τ=0.160))] = -502.608 ± 0.112
Epoch 18: E[ψ(α(τ=0.170))] = -503.046 ± 0.082
Epoch 19: E[ψ(α(τ=0.179))] = -502.970 ± 0.081
Epoch 20: E[ψ(α(τ=0.190))] = -502.975 ± 0.083
Epoch 21: E[ψ(α(τ=0.200))] = -502.851 ± 0.078
Epoch 22: E[ψ(α(τ=0.209))] = -502.569 ± 0.081
Epoch 23: E[ψ(α(τ=0.220))] = -502.483 ± 0.075
Epoch 24: E[ψ(α(τ=0.230))] = -502.113 ± 0.086
Epoch 25: E[ψ(α(τ=0.239))] = -501.957 ± 0.085
Epoch 26: E[ψ(α(τ=0.250))] = -501.724 ± 0.100
Epoch 27: E[ψ(α(τ=0.260))] = -501.593 ± 0.103
Epoch 28: E[ψ(α(τ=0.270))] = -501.285 ± 0.094
Epoch 29: E[ψ(α(τ=0.280))] = -501.314 ± 0.097
Epoch 30: E[ψ(α(τ=0.289))] = -501.115 ± 0.125
Epoch 31: E[ψ(α(τ=0.299))] = -500.983 ± 0.131
Epoch 32: E[ψ(α(τ=0.309))] = -500.965 ± 0.132
Epoch 33: E[ψ(α(τ=0.320))] = -500.662 ± 0.099
Epoch 34: E[ψ(α(τ=0.330))] = -500.599 ± 0.129
Optimization time: 13.868 seconds for n = 1000 spins.
Ground state energy: E[ψ(α(τ → ∞))] = -500.599 ± 0.129 for J = 0.5 and B = 0.1
Ground state accuracy: 1.000000
This program was built and run with compiler "Intel(R) Fortran Intel(R) 64 Compiler Classic for applications running on Intel(R) 64, Version 2021.8.0 Build 20221119_000000" using compiler options "/Ibuild\ifort_1A8255903A99EB31 /c /O3 /arch:CORE-AVX2 /Qcoarray /Qcoarray-num-images:16 /heap-arrays:0 /module:build\ifort_1A8255903A99EB31 /o:build\ifort_1A8255903A99EB31\nnqs\src_nnqs.f90.o".
Stochastic Optimization - date: 20230202 | time: 014130.338
-----------------------------------------------------------
Epoch 1: E[ψ(α(τ=0.0))] = -122.287 ± 3.197
Epoch 2: E[ψ(α(τ=0.010))] = -133.373 ± 3.782
Epoch 3: E[ψ(α(τ=0.020))] = -139.081 ± 4.185
Epoch 4: E[ψ(α(τ=0.029))] = -161.064 ± 5.835
Epoch 5: E[ψ(α(τ=0.040))] = -212.032 ± 7.939
Epoch 6: E[ψ(α(τ=0.050))] = -288.145 ± 8.871
Epoch 7: E[ψ(α(τ=0.059))] = -425.884 ± 0.812
Epoch 8: E[ψ(α(τ=0.070))] = -457.381 ± 0.679
Epoch 9: E[ψ(α(τ=0.080))] = -475.642 ± 0.507
Epoch 10: E[ψ(α(τ=0.089))] = -487.743 ± 0.360
Epoch 11: E[ψ(α(τ=0.100))] = -495.612 ± 0.278
Epoch 12: E[ψ(α(τ=0.110))] = -499.488 ± 0.219
Epoch 13: E[ψ(α(τ=0.119))] = -501.313 ± 0.154
Epoch 14: E[ψ(α(τ=0.130))] = -502.562 ± 0.121
Epoch 15: E[ψ(α(τ=0.140))] = -502.866 ± 0.091
Epoch 16: E[ψ(α(τ=0.149))] = -503.050 ± 0.067
Epoch 17: E[ψ(α(τ=0.160))] = -503.049 ± 0.078
Epoch 18: E[ψ(α(τ=0.170))] = -502.768 ± 0.073
Epoch 19: E[ψ(α(τ=0.179))] = -502.523 ± 0.075
Epoch 20: E[ψ(α(τ=0.190))] = -502.258 ± 0.073
Epoch 21: E[ψ(α(τ=0.200))] = -502.035 ± 0.091
Epoch 22: E[ψ(α(τ=0.209))] = -501.751 ± 0.092
Epoch 23: E[ψ(α(τ=0.220))] = -501.615 ± 0.104
Epoch 24: E[ψ(α(τ=0.230))] = -501.374 ± 0.105
Epoch 25: E[ψ(α(τ=0.239))] = -501.276 ± 0.136
Epoch 26: E[ψ(α(τ=0.250))] = -500.872 ± 0.100
Epoch 27: E[ψ(α(τ=0.260))] = -500.818 ± 0.114
Epoch 28: E[ψ(α(τ=0.270))] = -500.633 ± 0.101
Optimization time: 11.262 seconds for n = 1000 spins.
Ground state energy: E[ψ(α(τ → ∞))] = -500.633 ± 0.101 for J = -0.5 and B = 0.1
Ground state accuracy: 0.999866
This program was built and run with compiler "Intel(R) Fortran Intel(R) 64 Compiler Classic for applications running on Intel(R) 64, Version 2021.8.0 Build 20221119_000000" using compiler options "/Ibuild\ifort_1A8255903A99EB31 /c /O3 /arch:CORE-AVX2 /Qcoarray /Qcoarray-num-images:16 /heap-arrays:0 /module:build\ifort_1A8255903A99EB31 /o:build\ifort_1A8255903A99EB31\nnqs\src_nnqs.f90.o".