Data Analysis and Machine Learning Models for High Energy Physics and Particle Physics experiments associated with ATLAS and CMS detectors.
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Mar 10, 2020 - Jupyter Notebook
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particle-physics-experiments
Here are 7 public repositories matching this topic...
Cosmic muons telescope based on plastic scintillators, SiPMs and gaseous detector
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Apr 3, 2023 - VHDL
Tensor based engine for calculating neutrino oscillation probabilities in a fast, flexible, and differentiable way
pytorch autograd gpu-computing tensors particle-physics neutrino-oscillations neutrinos differentiable-programming neutrino-physics particle-physics-experiments
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Sep 11, 2025 - C++
A simulation of the Bloch Beamline at the MAX IV synchrotron in Lund, Sweden. The simulation is implemented in the McXtrace meta-language using ANSI-C.
beamline particle-accelerator electromagnetism synchrotron synchrotron-radiation particle-physics-experiments mcxtrace
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Feb 18, 2021 - C
This is a transformer model that does particle track fitting
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Mar 26, 2025 - Jupyter Notebook
🔍 Explore a unification framework where Standard Model observables emerge as Casimir eigenvalues, enabling precise predictions for future experiments.
golden-ratio particle-physics lie-groups theoretical-physics fine-structure-constant unification e8 string-theory theory-of-everything particle-physics-experiments cosmological-constant fundamental-constants
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Feb 4, 2023
I present a candidate unification framework in which Standard Model observables emerge as Casimir eigenvalues of the exceptional structures E8 × H4. The approach requires no free parameters: all 25 observables derive from fixed group-theoretic invariants (Coxeter numbers, exponents, degrees, and the golden ratio). Deviation from experiment is 0.07%
golden-ratio particle-physics lie-groups theoretical-physics fine-structure-constant unification e8 string-theory theory-of-everything particle-physics-experiments cosmological-constant fundamental-constants
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Dec 18, 2025 - Python
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