A full stack simulator of quantum hardware, from the low-level analog physics to high-level network dynamics. Includes discrete event simulator, symbolic representation for quantum object, and works with many backend simulators.

AI assisted Quantum technologies

Slide decks of all my public presentations

BB84 Quantum Key Distribution implemented using the SimulaQron Python API

Distributed Quantum Fourier Transformation (RIPE Quantum Internet Hackathon 2022)

Qiskit implementation for Quantum Network modelling. Archived repository

Software for Public Quantum Network nodes.

Algorithms for Quantum Internet Routing

A Julia wrapper for databases of local complementation orbits.

Symplectic Algorithm in MATLAB

The fundamental operating principle of the Snap Circuit relies on the immutable laws of chemistry. A physical change (such as snapping a mechanical bridge) cannot spontaneously induce a chemical change. When the gold lattice connecting the two double latch gate buffers is fractured, the covalent bonds (shared electrons) spanning the fracture.

This paper is a state-of-the-art review of the implementation, challenges, and future opportunities of quantum internet networks.

The fundamental operating principle of the Snap Circuit relies on the immutable laws of chemistry. A physical change (such as snapping a mechanical bridge) cannot spontaneously induce a chemical change. When the gold lattice connecting the two double latch gate buffers is fractured, the covalent bonds (shared electrons) spanning the fracture.

Welcome to the NymyaLang ecosystem, a consciousness-integrated programming environment with advanced AI/ML and quantum computing capabilities.

GitHub profile README for PhD applications and research portfolio

Aliro Quantum — full-stack software for entanglement-based quantum networks

Architecture réseau post-Von Neumann fusionnant le routage biologique du Physarum, la géométrie hyperbolique et la synchronisation par cristaux temporels pour l'informatique exotique

Physics-accurate free-space quantum network simulator for LEO satellite entanglement distribution — models photon loss, atmospheric attenuation, fidelity degradation, iterative purification, and quantum memory decoherence with real orbital mechanics