$\mu$-Net: ConvNeXt-Based U-Nets for Muon Tomography

Cosmic muons telescope based on plastic scintillators, SiPMs and gaseous detector

Cosmic ray detector in MATLAB / Детектор космических лучей на MATLAB

To go along with https://github.com/jedlimlx/Computed-Tomography-AI

A device designed to detect cosmic rays (primarily muons) using a grid of Geiger-Müller sensors. Cosmic rays are high-energy particles originating from outside the Solar System, making this project a tool for observing their interaction with Earth's atmosphere.

Analyzing Cosmic Ray Muon data from MINOS.

Python code used for analysis of data taken during a third year undergraduate Physics laboratory experiment, N3 Muon Physics, at the University of York.

C++/ROOT data analysis pipeline for characterizing the cosmic muon flux during the filling phase of the JUNO Central Detector.

A very simple muon detector simulator.

MUon fLuxme'DER

The Pierre Auger Observatory, located in Malargue, Argentina, is the world's largest experiment dedicated to detecting extreme energy cosmic rays. More than fifteen years after it began operating, knowledge of the high-energy universe has expanded significantly. This project aims to study the feasibility of measuring the energy spectrum of muons.

Project of the Cosmology and Astroparticles Physics Laboratory, as part of the UNIGE master, focused on the cosmic rays detection and the muon lifetime measurement.

This repository contains 3D files of different enclosures for the CosmicWatch project

Analysis and interactive visualization of neutrino event topologies registered in the OPERA experiment.

raw datasets corresponding to the findings presented in arXiv:2412.08349

A simulation for testing the efficiency at various muons hit rates

musrSim(Ana) ROOT histogram analysis in python

raw datasets corresponding to the findings presented in arXiv:2512.12481

ROOT-based muon data analysis using Python & Jupyter – final project for PY485E @ CERN