We are delighted to announce the launch of the UM6P-Quantum Computing initiative through intense training in the introduction to quantum physics, quantum computing, and quantum coding.
A quantum computer uses the quantum properties of matter, such as superposition and entanglement, to perform operations. Unlike a classical computer based on classical transistors, working on binary values (coded on bits worth 0 or 1), the quantum computer works on qubits whose quantum state can have several values, or more precisely, one quantum value comprising several simultaneous possibilities. The first quantum processor was created in 2009 at Yale University based on two qubits made of superconducting materials. The UM6P initiative aims to study the technical feasibility of building a UM6P’s Qubits in the coming years.
Students wishing to participate in this training event are invited to contact: Abdelouahad El Fatimy, Hafid Griguer, Rafik El Halimi and Ahmed Ratnani.
Phase I: February – March 2023
- Introduction to Quantum Physics: Abdelouahad El Fatimy (UM6P).
Saturday, February 25, 2023
10h00 – 12h00 : Introduction to Quantum Physics: State; Measurement problem and introduction to Hermitian spaces.
14h00 – 16h00: Physical Observables, Spin, Qubits an Entanglement state.
- Introduction to Quantum Computing: Kenneth Maussang (Montpellier University).
Sunday, February 26, 2023
10h00 – 12h00: Lecture on Quantum technologies and quantum computing: why?
14h00 – 16h00: Quantum mechanics basics
16h30 – 18h30: Quantum revolutions
Monday, February 27, 2023
10h00 – 12h00: Entanglement and quantum communication
14h00 – 16h00: Qubit
Tuesday, February 28, 2023
10h00 – 12h00: Multiqubit gates and C-gates
14h00 – 16h00: Quantum circuits
Wednesday, March 1, 2023
10h00 – 12h00: Quantum algorithms
14h00 – 16h00: NISQ, FTQC, Quantum Supremacy, decoherence
Thursday, March 2, 2023
9h30 – 11h30: Quantum computers
