Kinson Vernet

Kinson Vernet

Physicist · Programming Specialist
High-energy physics simulation · Statistical analysis · Software development

About

I am a dedicated physicist and programmer with extensive experience in high-energy physics simulation, statistical analysis, and software development. My expertise spans multiple programming languages and tools, with a strong focus on delivering reliable results in collaborative research environments. I work at the intersection of physics and computation — building robust tools for scientific discovery.

Core Competencies

Physics simulation Statistical analysis C/C++ Python Rust Machine Learning Monte Carlo methods Geant4 ROOT CERN CMake Bash Git LaTeX Lua Markdown Slurm/SGE

Professional Experience

2023--2024
Scientific Computing Engineer, Category A
Université Clermont Auvergne, France
2019--2022
Physics Researcher
Université Clermont Auvergne, France
2022--2024
Professor of Algorithms and C/C++
Université d'État d'Haïti, Haïti
2012--2015
Professor of Mathematics, Physics and Linear Programming
Université Fond'oies, Haïti
2012--2014
Computer Programmer
Usine de Darbone, Haïti

Education

2022
PhD in Particle Physics
Université Clermont Auvergne, France
2018
Master's in Physics
Université d'État d'Haïti, Haïti
2011
Electromechanical Engineering
Université d'État d'Haïti, Haïti

Selected Projects & Research

Rust · 2026

A computational science platform for discovering the conditions under which computation, memory, and learning emerge in arbitrary information systems.

C++ · 2026

An instrumented statevector simulator designed as a scientific observatory for studying the relationship between quantum entanglement structure and classical execution behavior.

Python · 2025 — 2026

A research-grade Python framework that treats simulation as an epistemic process rather than a fixed model, addressing scenarios where the true causal structure of a system is contested or subject to change.

Publications

Procela: Epistemic Governance in Mechanistic Simulations Under Structural Uncertainty
Kinson Vernet Preprint · 2026
Calzone: A Geant4 Python wrapper for the simulation of outdoor particle detectors
Valentin Niess, Kinson Vernet, Luca Terray Published · Journal of Open Source Software, 2025
Goupil: A Monte Carlo engine for the backward transport of low-energy gamma-rays
Valentin Niess, Kinson Vernet, Luca Terray Published · Computer Physics Communications, 2025
3D Volcano Imaging Using Transmission Muography
Kinson Vernet Proceedings · JRJC 2021 · hal-03832762v1

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