I am a final-year Physics student (B.Sc.) at Université Paris Cité with a strong specialization in computational physics, high-performance computing, and interactive simulations.
My work bridges the gap between theoretical mathematical models and real-time visualization engines. I specialize in developing high-throughput simulations using C++20, OpenGL Compute Shaders, and WebAssembly. My academic focus includes Quantum Mechanics, Fluid Dynamics, and Complex Systems.
| Core Engineering | HPC & Graphics | Web & Visualization | Scientific Stack |
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A state-of-the-art implementation of Lenia, a continuous cellular automaton. This engine is built for extreme performance, utilizing a "Zero-Copy" architecture where the simulation state resides permanently in VRAM, achieving throughputs exceeding 10 Gcells/s via Compute Shaders.
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A high-performance 2D fluid dynamics engine compiled to WebAssembly for browser-based execution. Utilizing the Lattice Boltzmann Method (LBM), it supports Large Eddy Simulation (LES) via the Smagorinsky model to handle turbulence efficiently.
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A comprehensive visual editor designed to bridge the gap between visual drafting and LaTeX coding. The application provides an intuitive canvas for geometric shapes, electric circuits (Circuitikz), and logic gates, generating clean, semantic TikZ code in real-time.
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4. N-Body Simulation
An advanced physics sandbox for simulating N-body systems. The engine implements the Barnes-Hut algorithm to reduce the computational complexity of long-range force calculations to
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A numerical simulator modeling 2D scalar wave propagation using the Finite-Difference Time-Domain (FDTD) method. The project employs a client-server architecture where a Python backend performs matrix calculations while a responsive frontend handles visualization.
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I maintain a digital archive of my academic notes, reports, and original research.
Digital Document Library
An interactive archive featuring a custom lazy-loading PDF viewer and fuzzy search.
| Year | Title & Description | |
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| 2026 | Real-Time Interactive Fluid Dynamics on the Web Technical study on implementing the Lattice Boltzmann Method using WebAssembly and WebGL2. Detailed analysis of high-performance CFD engine implementation, LES turbulence, and non-Newtonian rheology. |
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| 2026 | Resolution of NP-Complete Problems via Monte Carlo Application of the Metropolis-Hastings algorithm to Sudoku grid solving. Analysis of convergence rates and energy landscapes in combinatorial optimization problems. |
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| 2025 | Experimental Study of the Lasso Experimental analysis of the supercritical bifurcation of a rotating ring. Study of finite geometry effects and mechanical imperfections (Laboratory Report). |
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