Research-stage results; see docs/ for validation, benchmarks, and uncertainty notes.

# Casimir Nanopositioning Platform (Research Prototype)

# Casimir Tunable Permittivity Stacks — Research Prototype

Research-stage results; see docs/ for validation, benchmarks, and uncertainty notes.

A personal landscape exploration in classical general relativity: can the Alcubierre warp drive's exotic-matter requirement be reframed as a boundary effect (matter-shell / Casimir reformulation)? Slice-scoped, honest-accounting; sustained human+AI collaboration.

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.

Revolutionize precision NEMS/MEMS with Casimir anti-stiction metasurface coatings, achieving 98% stiction reduction and enhanced performance. 🌟🔧

A 1+1D quantum field theory simulator for studying vacuum friction in dynamical Casimir cavities. Bogoliubov mode-space evolution, dynamical plate coupling, closed/open/periodic boundaries, 9 validation gates, energy audit, and pre-registered analysis. Built to test the vacuum. Built to catch itself.

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

Discover the Casimir Nanopositioning Platform, featuring quantum-enhanced calculations and a multi-physics digital twin for precise positioning. 🌌🔧

Advanced digital twin platform for ultra-high vacuum and precision control. Explore enhanced modeling and real-time synchronization for quantum applications. 🌍💻

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