Moises Zeleny's repositories
Left-right-symmetric-model
In this repositori we explore ifferent version of the left-right symmetric model, such as the minimal verions anf the Left-right mirror model.
alibrary
Amplitude library: gluing all the tools needed for computing multi-loop amplitudes in QCD and beyond
python-mastery
Advanced Python Mastery (course by @dabeaz)
FastcppForus
Some basic cpp concepts to learn ROOT
feynson
A tool for Feynman integral symmetries.
Est_Mul_23
Curso de Estadistica Multivariante e Introduccion al MAchone Learning
OneLoopLFVHD
General structures of lepton flavor violation Higgs decays.
moiseszeleny
My personal repository
Introduccion-a-la-Computacion-Cuantica
Se presenta una introducción práctica a la Computación Cuántica usando el SDK Qiskit desarrollado por IBM en Python.
workspace
Repositorio de prueba
minimalsphinx
A repo with a minimal Sphinx example for Python documentation.
Fundamentos-Git-y-GitHub
Curso de Fundamentos de Git y GitHub
Data-Science-For-Beginners
10 Weeks, 20 Lessons, Data Science for All!
ProgramacionEnParalelo
Repositorio de jupyternotebooks para el seminario de programación en paralelo.
MACS_2021_ML_basics_neural_networks
Mini-course about artificial neural networks as part of the lecture Machine Learning Basics in the IV Mexican School of AstroCosmostatistics (MACS).
homepage
LHCO2020 machine learning anomaly detection
basic-coding
add any program in any laguage
SpaceMath
We present a Mathematica application in development, so-called SpaceMath, for the search of Beyond Standard Model (BSM) parameter spaces which be agree with the most up-to-date experimental measurements. The physical observables implemented in SpaceMath are classified in five categories, namely, Higgs boson data, flavor-violating processes, oblique parameters, unitariety and meson physics. SpaceMath works within a friendly interface and an intuitive environment in which users enter the couplings, fix parameters and execute Mathematica in the traditional way. In this first version, SpaceMath is able to find allowed regions for free parameters of extension models by using Higgs boson data.
sympy
A computer algebra system written in pure Python
2HDMCalc
A program for the Semi-Automated Calculation of Electroweak One-Loop Corrections to Higgs Decays in the Two-Higgs-Doublet Model
2HDECAY
A program for the Calculation of Electroweak One-Loop Corrections to Higgs Decays in the Two-Higgs-Doublet Model Including State-of-the-Art QCD Corrections.
TARS
TARS from Interstellar