Quantum Computing

Code Cours
2223-JUNIA-M1S2-MO-ST-600
Language of instruction
French, English
Teaching content
MO-ST
Training officer(s)
G.CHÊNEVERT, JF.ROBILLARD
Stakeholder(s)
I.LEFEBVRE, G.CHÊNEVERT, JF.ROBILLARD, Louis BIADALA
Level
Master
Program year
Period

Présentation

Prerequisite
This opening module is intended to be widely accessible to all and has no specific prerequisites apart from a general mastery of the useful concepts of the common core of the third year (quantum mechanics, probability, digital electronics, programming).
Goal
Target Skills : 34 (342), 101 (1011), 144 (1441), 146 (1461), 62 (622)

To allow the student to acquire a factual and critical vision of the state of the art and the material and software perspectives related to the manipulation of quantum information. Master the foundations and put into practice simple algorithms in simulation or on real architecture (IBM Q).
Presentation
- Quantum information: states and measurement
- Physical modalities of the qubit
- Logic gates
- Universal quantum computer
- Quantum simulation
- Main algorithms: Grover, Shor, ...
- Programming and simulation

Modalités

Forms of instruction
This module is made up of equal parts of theoretical courses allowing to present the concepts and sessions of practical work making it possible to illustrate the underlying physical phenomena (superposition of states, entanglement) and to put into practice simple quantum algorithms in a programming and simulation environment like Qiskit.
Organization
Type Amount of time Comment
Face to face
Lectures - face to face 11,00
Lab 10,00
Independent study
Independent study 21,00
Overall student workload 42,00
Evaluation
Control type Duration Amount Weighting
Final Exam
Exam (Quizz) 2,00 1 50,00
Continuous assessment
Lab grade 10,00 5 50,00
TOTAL 100,00

Ressources

Internet resources
IBM Q Experience
Ressources en ligne et outils de simulation / exécution