A Python-based simulator for analyzing the security of quantum communication systems. Currently focuses on the BB84 protocol. Designed for educational and research purposes.

Graph-theoretical optimization of fusion-based graph state generation

Design and Implementation of a Modern Quantum Repeater for Quantum Communication Technologies

Exam project for the course of Information Theory at Politecnico di Milano, Professor: Maurizio Magari

Symplectic Algorithm in MATLAB

PhD Thesis "Device-independent certification: quantum resources and quantum key distribution"

Entanglement Purification Protocol Visual Simulator

Quantum Computing Notes

Distributed Symmetric Key Establishment (DSKE) implementation in Python and FastAPI

This is a simulation of the HBT Experiment done in the framework of Qiskit

This is a simulation of the generating Bell States using Qiskit

Simulation of distillation protocols (BBPSSW, DEJMPS, EPL and 3-to-1) using NetSquid simulator

Quantum Transduction and Lossy Channel Simulator for Time Bin and Fock state photonic encoding

Eko2022: "Playing with qubits III - Quantum Cybersecurity" talk files.

This is a simulation of the E91 Quantum Key Distribution done in the framework of Qiskit

Simulation of the BB84 Quantum Key Distribution (QKD) protocol. This project models the process of secure quantum key exchange, including basis selection, key sifting, and eavesdropping detection, using fundamental principles of quantum mechanics.