🌌 Explore the dynamic nature of quantum vacuum with "Géométrie du Vide," focusing on how geometry shapes light-matter interactions through innovative engineering.

🔬 Simulate ultra-intense light interactions with quantum vacuum and spacetime, exploring phenomena like vacuum birefringence and Schwinger pair production.

Calculate quantum vacuum signals using the vacuum emission picture

Learning resources for matching and weighting methods

Everything you need for quantum hardware engineering in the field. Curated by Onri Jay Benally, an Indigenous American Quantum Hardware Engineer.

Bremsstrahlung cross sections with screening correction in the Born approximation.

Ingénierie du vide quantique : comment la structuration géométrique des fluctuations (réseaux frustrés, cavités chirales) permet de stabiliser la matière, de modifier la chimie et de générer des phases exotiques comme les cristaux temporels.

Fine-Structure Constant Unlocked

Codes I wrote in the nanophotonics course to analyze the green function of a metallic slab and the quantum dynamics of an emitter near metal-dielectric surface.

Extreme-field QED + weak-field GR coupling plugin; computes EM stress–energy → quadrupole → h(t), P_GW; YAML experiments included.

Two-flavor Schwinger model simulated with HMC. C++ implementation. Documentation explaining the Hybrid Monte Carlo included.

PICSAR is a library of modular physics routines for PIC codes; historically, it is also a Fortran, high performance repository intended to help scientists porting their Particle-In-Cell (PIC) codes

go clone of ed, the standard UNIX text editor

My latex notes on whatever I'm studying. All are available to the public, but please take them with a grain of salt and notify me in case of errors :)

Efficient high-energy photon production in the supercritical QED regime

https://en.wikipedia.org/wiki/Proof_assistant; 一錯特錯錯到底! 爆炸原理是重哪來的?

HMC and Metropolis algorithms to simulate the Schwinger model.

Diffusion-based generative drug-like molecular editing with chemical natural language

Interface-aware molecular generative framework for protein-protein interaction modulators

De novo molecular design with deep molecular generative models for protein-protein interaction(PPI) inhibitors