Pure python statistic tools for high energy physics.

Interactive tools for the visualization and analysis of multidimensional photoemission data

Scripts and library-in-construction to control lab instrumentation.

Python package for uncertainty calculations and error propagation.

LabToolbox is a collection of tools for the analysis and processing of experimental data in scientific research.

Modified gravity framework exploring coherence-field coupling (ξRΦ²), curvature-EM coupling (κ_R RF²), and BSM parameter space (dark photon, axion). Validated 3D solver, null-result constraints, tabletop feasibility analysis.

Experimental study on implementing algebraic operations between waves using linear optics. By exploiting Fourier-plane manipulations, wave numbers are controlled via diffraction and spatial filtering, establishing a physical analogy between wave products and optical signal processing.

Repository containing the necessary files for the characterisation of the velopix detector treated in my masters thesis project. The code framework can be used to perform relevant data analysis and create illustrations for the physical parameters involved. More information on the project can be found in https://fse.studenttheses.ub.rug.nl/33675/

Lossy compression autoencoder for a covariance matrix with conditioning. Final project of Computing Methods for Experimental Physics course 2022/2023.

A python based OpenCV implementation designed to measure the 2D projection of a cue marker for KU's PHSX 616

A 1st year Summer group project for the undergraduate physics course at Imperial College London.

ACfR ­— Angle Correction for Rotators

For continuity tests of the wire planes in the ICARUS detector

Tunable permittivity stacks enable precise electromagnetic control through advanced metamaterials. Explore our digital twin framework for sub-1% accuracy. 🌐💻