GitHub - Lucansio14/Uni-Programs: This repository contains all the various and noteworthy short simple codes (in Python 3.13.5, Jupyter Notebook 7.4.5, Mathematica 13.3, R 4.4.2, and Julia 1.11.3) I have ever made while studying for my degree and future studies in Physics at the University of the Balearic Islands (UIB).

This repository contains all the various and noteworthy short simple codes (in Python 3.13.5, Jupyter Notebook 7.4.5, Mathematica 13.3, R 4.4.2, and Julia 1.11.3) I have ever made while studying for my degree and future studies in Physics at the University of the Balearic Islands.

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Name		Name	Last commit message	Last commit date
Latest commit History 161 Commits
Characterization of Noise in Gravitational Waves using Power Spectral Densities		Characterization of Noise in Gravitational Waves using Power Spectral Densities
Fundamentals of MHD Waves		Fundamentals of MHD Waves
Inverse Distance Weighting Interpolation		Inverse Distance Weighting Interpolation
Matched Filtering of a Gravitational Wave Signal		Matched Filtering of a Gravitational Wave Signal
Numerical model of a white dwarf		Numerical model of a white dwarf
Optimal Interpolation		Optimal Interpolation
Polynomial Interpolation		Polynomial Interpolation
Solar Coronal Plasma Thermal Conduction and Radiation Time Scales		Solar Coronal Plasma Thermal Conduction and Radiation Time Scales
Solver of the 2D heat equation via ADI method and Thomas algorithm		Solver of the 2D heat equation via ADI method and Thomas algorithm
Solver of the 3D wave equation		Solver of the 3D wave equation
Thomas-Fermi Model		Thomas-Fermi Model
Transverse Oscillations of Coronal Loops		Transverse Oscillations of Coronal Loops
.gitignore		.gitignore
Approximation of a piecewise function using Fourier series.py		Approximation of a piecewise function using Fourier series.py
Approximation of definite integrals via the Simpson's rule.py		Approximation of definite integrals via the Simpson's rule.py
Approximation of pi via Archimedes method.py		Approximation of pi via Archimedes method.py
Approximation of pi via Leibniz formulae.py		Approximation of pi via Leibniz formulae.py
Approximation of pi via the Ramanujan series.py		Approximation of pi via the Ramanujan series.py
Approximation of the absolute value function of x with Bernstein polynomials and calculations of distances d_1 and d_2.py		Approximation of the absolute value function of x with Bernstein polynomials and calculations of distances d_1 and d_2.py
Approximation with five points of the first and second derivatives of a function.py		Approximation with five points of the first and second derivatives of a function.py
Approximation with three points of the first and second derivatives of a function.py		Approximation with three points of the first and second derivatives of a function.py
BLUE+Kalman filter for 2D URM and NURM.py		BLUE+Kalman filter for 2D URM and NURM.py
BLUE+extended Kalman Filter for a 2D non-linear system.py		BLUE+extended Kalman Filter for a 2D non-linear system.py
Ballistics with Friction.py		Ballistics with Friction.py
Calculator for roots of polynomials up to seventh degree.py		Calculator for roots of polynomials up to seventh degree.py
Calculus of the Gaussian curvature (2D only).py		Calculus of the Gaussian curvature (2D only).py
Calculus of the metric tensor in new coordinate system (2D only).py		Calculus of the metric tensor in new coordinate system (2D only).py
Cheap Psychologist (The process of Happiness).py		Cheap Psychologist (The process of Happiness).py
Classical Statistical Inference Exercises.Rmd		Classical Statistical Inference Exercises.Rmd
Comparison of Sampling Algorithms.ipynb		Comparison of Sampling Algorithms.ipynb
Frictionless Ballistics.py		Frictionless Ballistics.py
Guess The Number Calculator.py		Guess The Number Calculator.py
Guess The Number The First Test.py		Guess The Number The First Test.py
Hierarchical model (Bayesian Statistical Inference).ipynb		Hierarchical model (Bayesian Statistical Inference).ipynb
Ideal spring-mass system solved using Euler's methods.py		Ideal spring-mass system solved using Euler's methods.py
Integration by trapezoidal rule (simplified).py		Integration by trapezoidal rule (simplified).py
Integration by trapezoidal rule.py		Integration by trapezoidal rule.py
LICENSE		LICENSE
Linear regression.py		Linear regression.py
Manifest.toml		Manifest.toml
Monte Carlo method to calculate pi.py		Monte Carlo method to calculate pi.py
Motion of a falling particle in a uniform gravitational field with friction.py		Motion of a falling particle in a uniform gravitational field with friction.py
Optical path length at the inside part of a spherical mirror.py		Optical path length at the inside part of a spherical mirror.py
Optical path length at the inside part of an ellipsoidal mirror.py		Optical path length at the inside part of an ellipsoidal mirror.py
Penrose diagram for the Minkowski space-time.py		Penrose diagram for the Minkowski space-time.py
Penrose diagram for the Schwarszchild space-time.py		Penrose diagram for the Schwarszchild space-time.py
Perimeter and Area (and miscellaneous) Calculator for Flat Geometric Figures.py		Perimeter and Area (and miscellaneous) Calculator for Flat Geometric Figures.py
Prime Number or Not (Method 1).py		Prime Number or Not (Method 1).py
Prime Number or Not (Method 2, suboptimal).py		Prime Number or Not (Method 2, suboptimal).py
Project.toml		Project.toml
README.md		README.md
Root finder of trascendental equations with the bisection method.py		Root finder of trascendental equations with the bisection method.py
Simple trajectory of a thrown ball.py		Simple trajectory of a thrown ball.py
Solver of 1st Order ODEs using Euler's methods.py		Solver of 1st Order ODEs using Euler's methods.py
Solver of 1st Order ODEs via RKF45 method.py		Solver of 1st Order ODEs via RKF45 method.py
Solver of 2nd Order ODEs via RKF45 method.py		Solver of 2nd Order ODEs via RKF45 method.py
Solver of EEs for BHs in spherical coordinates.ipynb		Solver of EEs for BHs in spherical coordinates.ipynb
Solver of the 1D Euler equations.py		Solver of the 1D Euler equations.py
Solver of the 1D MHD equations.py		Solver of the 1D MHD equations.py
Solver of the 1D advection equation.py		Solver of the 1D advection equation.py
Solver of the 1D diffusion equation (FTCS).py		Solver of the 1D diffusion equation (FTCS).py
Solver of the 1D heat equation via theta method and Thomas algorithm.py		Solver of the 1D heat equation via theta method and Thomas algorithm.py
Solver of the 1D inviscid Burgers equation.py		Solver of the 1D inviscid Burgers equation.py
Solver of the 2D Euler equations.py		Solver of the 2D Euler equations.py
Solver of the 2D MHD equations.py		Solver of the 2D MHD equations.py
Solver of the 2nd Order ODE of the spatial coordinate of a vibrating string via shooting method.py		Solver of the 2nd Order ODE of the spatial coordinate of a vibrating string via shooting method.py
Solver of the 3D Lorenz equations via simple FTCS.py		Solver of the 3D Lorenz equations via simple FTCS.py
Space Commando (Text-based Game).py		Space Commando (Text-based Game).py
Square Root Calculator with the Babylonian Method.py		Square Root Calculator with the Babylonian Method.py
Surface Area and Volume Calculator for 3D Geometric Figures.py		Surface Area and Volume Calculator for 3D Geometric Figures.py
The German Tank Problem.ipynb		The German Tank Problem.ipynb
requirements.txt		requirements.txt

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