GitHub - fgloblek/Mathematica: All my PhD work - well, just the part based on Mathematica. Mostly calculations in higher-rank Painlevé functions, 4 and 5-dimensional N=2 supersymmetric instanton combinatorics, ABJM-like M-theory models.

Branches Tags

Name		Name	Last commit message	Last commit date
Latest commit History 8 Commits
.gitignore		.gitignore
1Instanton_Reference.nb		1Instanton_Reference.nb
1loop_asymptotics.nb		1loop_asymptotics.nb
1loop_asymptotics_vengeance.nb		1loop_asymptotics_vengeance.nb
1loop_shenanigans.nb		1loop_shenanigans.nb
210216_lambdaandlambdatilde_experiments.nb		210216_lambdaandlambdatilde_experiments.nb
210830_checkbilineareq_by_Z5dNO.nb		210830_checkbilineareq_by_Z5dNO.nb
210831_Zpart_Nu0.m		210831_Zpart_Nu0.m
210831_Zpart_Nu1.m		210831_Zpart_Nu1.m
210831_Zpart_Nu2.m		210831_Zpart_Nu2.m
210831_Zpart_Nu3.m		210831_Zpart_Nu3.m
210918_generateWeylgroupofD5.nb		210918_generateWeylgroupofD5.nb
220201_Weyl_to_preserve_s_share-Fran.nb		220201_Weyl_to_preserve_s_share-Fran.nb
4dLimit.nb		4dLimit.nb
A1.nb		A1.nb
A1_LateTime_FreeEnergy.nb		A1_LateTime_FreeEnergy.nb
A1_LateTime_notsl2slice.nb		A1_LateTime_notsl2slice.nb
A1_LateTime_sl2slice.nb		A1_LateTime_sl2slice.nb
A1_blowup.nb		A1_blowup.nb
A1_elaborations.nb		A1_elaborations.nb
A1_experiment.nb		A1_experiment.nb
A1_massive.nb		A1_massive.nb
A1_massive_q_experiments.nb		A1_massive_q_experiments.nb
A1_massive_tau_experiments.nb		A1_massive_tau_experiments.nb
A1_massive_tau_experiments2.nb		A1_massive_tau_experiments2.nb
A1_massive_tau_experiments3.nb		A1_massive_tau_experiments3.nb
A1_massive_tau_experiments4_symmetric.nb		A1_massive_tau_experiments4_symmetric.nb
A1_reduced_to_PIII3.nb		A1_reduced_to_PIII3.nb
A1_singolo.nb		A1_singolo.nb
A1copy.nb		A1copy.nb
A1recap.nb		A1recap.nb
A2.nb		A2.nb
A2_2.nb		A2_2.nb
A2_2_1loop.nb		A2_2_1loop.nb
A2_2_Qsystem.nb		A2_2_Qsystem.nb
A2_2_Qsystem2.nb		A2_2_Qsystem2.nb
A2_LateTime.nb		A2_LateTime.nb
A2_Qsystem_again.nb		A2_Qsystem_again.nb
A2_Z2_rewrite.nb		A2_Z2_rewrite.nb
A2_blowup.nb		A2_blowup.nb
A2_massive.nb		A2_massive.nb
A2_red.nb		A2_red.nb
A2_zeroes.nb		A2_zeroes.nb
A2defect.nb		A2defect.nb
A2kiev.nb		A2kiev.nb
A2tauSystem.nb		A2tauSystem.nb
A2tauSystem_experiment.nb		A2tauSystem_experiment.nb
A3.nb		A3.nb
A3_LateTime.nb		A3_LateTime.nb
A3_randomtwist.nb		A3_randomtwist.nb
A5tests.nb		A5tests.nb
A_massive_doesntwork.nb		A_massive_doesntwork.nb
AdjointA1.nb		AdjointA1.nb
AdjointA1_Theta.nb		AdjointA1_Theta.nb
AdjointA1_notsl2slice.nb		AdjointA1_notsl2slice.nb
AdjointA1corrected.nb		AdjointA1corrected.nb
AdjointA1reduce.nb		AdjointA1reduce.nb
AdjointA1tweaks.nb		AdjointA1tweaks.nb
AdjointA2.nb		AdjointA2.nb
AdjointA2_Theta.nb		AdjointA2_Theta.nb
AdjointA2_Theta_notsl2Slice.nb		AdjointA2_Theta_notsl2Slice.nb
AdjointA2_Theta_sl2Slice.nb		AdjointA2_Theta_sl2Slice.nb
AdjointA2_Thetanullwerte.nb		AdjointA2_Thetanullwerte.nb
AdjointA2_more.nb		AdjointA2_more.nb
AdjointTheta.nb		AdjointTheta.nb
Asymptotics.nb		Asymptotics.nb
B2test.nb		B2test.nb
B2test_3_instanton.nb		B2test_3_instanton.nb
B3.nb		B3.nb
B3_randomtwist.nb		B3_randomtwist.nb
B3kiev.nb		B3kiev.nb
B3tauSystem.nb		B3tauSystem.nb
B3test.nb		B3test.nb
B3test_2_instanton.nb		B3test_2_instanton.nb
BC2.nb		BC2.nb
BC2_Qsystem.nb		BC2_Qsystem.nb
BD_massive.nb		BD_massive.nb
Bifundamental.nb		Bifundamental.nb
Bifundamental_Massive.nb		Bifundamental_Massive.nb
Bifundamental_computations.nb		Bifundamental_computations.nb
Bifundamental_computations_massive.nb		Bifundamental_computations_massive.nb
C2.nb		C2.nb
C2_recursion.nb		C2_recursion.nb
C2_twist.nb		C2_twist.nb
C2_twist2.nb		C2_twist2.nb
C2notQuite.nb		C2notQuite.nb
C2tauSystem.nb		C2tauSystem.nb
C2test.nb		C2test.nb
C2test_3_instanton.nb		C2test_3_instanton.nb
C2wrong.nb		C2wrong.nb
C3.nb		C3.nb
C3_recursion_maybe.nb		C3_recursion_maybe.nb
C3new.nb		C3new.nb
C3newnew.nb		C3newnew.nb
C3taurewrite.nb		C3taurewrite.nb
C3test_2_instanton.nb		C3test_2_instanton.nb
C3test_2_instanton_New.nb		C3test_2_instanton_New.nb
C3test_3_instanton.nb		C3test_3_instanton.nb
C4.nb		C4.nb
C4new.nb		C4new.nb

About

All my PhD work - well, just the part based on Mathematica. Mostly calculations in higher-rank Painlevé functions, 4 and 5-dimensional N=2 supersymmetric instanton combinatorics, ABJM-like M-theory models.