Quantum Communications

Code Cours
2223-JUNIA-M1S1-MO-ST-500
Language of instruction
French, English
Teaching content
MO-ST
Training officer(s)
I.LEFEBVRE, JF.ROBILLARD
Stakeholder(s)
I.LEFEBVRE, G.CHÊNEVERT, JF.ROBILLARD, Louis BIADALA
Level
Master
Program year
Period

Présentation

Prerequisite
This module is intended to be accessible to all and requires as a prerequisite only a knowledge of the concepts seen in the course of quantum mechanics
Goal
This module must allow:
- to better master the fundamental principles and phenomena of quantum mechanics such as the superposition of states or entanglement
- acquire a state-of-the-art vision of the use of these principles and their use in telecommunications and the exchange of quantum keys for cryptography
Presentation
- Notions (Polarized photon - Superposition - Measurement - Intricacy - Correlated states)
- Implementation problems (Decoherence - Noise)
- Equipment used (Laser - Bi-photon generator - Photon counter - Optical fiber - Beam Splitter)
- Applications (Network, Quantum Key Distribution)
Teaching modalities

Modalités

Forms of instruction
Ce module est principalement composé de cours théoriques accompagnés de travaux dirigés. Des travaux pratiques permettent d'illustrer les phénomènes physiques.
Organization
Type Amount of time Comment
Face to face
Lectures - face to face 10,00
Lab 4,00
Exercises 6,00
Independent study
Independent study 20,00
Overall student workload 40,00
Evaluation
Control type Duration Amount Weighting
Final Exam
Exam (Quizz) 2,00 1 50,00
Continuous assessment
Lab grade 6,00 3 50,00
TOTAL 100,00

Ressources