Quantum Computing / Calcul Cuantic

Echipa

Curs: Conf. dr. Andreea Arusoaie

Seminarii/Laboratoare:

Conf. dr. Andreea Arusoaie
Drd. Stefan Balauca

Continutul cursului

Notiuni de Fizica Cuantica (qubit, superposition, measurement, entanglement)
Notiuni de Matematica (algebra liniara: spatii vectoriale, operatori liniari etc.)
Circuite cuantice (porti cuantice, rezolvari de probleme)
Qiskit - IBM Quantum Computing
Algoritmi cuantici cunoscuți

Referinte

Nielsen & Chuang — Quantum Computation and Quantum Information (2010) [link]
C. Bernhardt — Quantum Computing for Everyone (2019)
Yanofsky & Mannucci — Quantum Computing for Computer Scientists (2008)

Planul pe saptamani

Week 1/Sapt. 1 — Introducere in Calculul Cuantic

Week 2/Sapt. 2 — Notiuni de Algebra liniara si Analiza Matematica

Week 3/Sapt. 3 — Postulatele Mecanicii Cuantice

Week 4/Sapt. 4 — Circuite cuantice: Porti cuantice de 1-qubit

Week 5/Sapt. 5 — Circuite cuantice II: Porti cuantice pentru Qubiti multipli

Week 6/Sapt. 6 — Quantum Information: Entanglement, Superdense Coding

Week 7/Sapt. 7 — Quantum Key Distribution, Protocolul BB84, Quantum Teleportation

Week 9/Sapt. 9 — Algoritmi cuantici: Paralelismul cuantic

Test scris
Lab#2 or L2-colab

Week 10/Sapt. 10 — Algoritmi cuantici: Algoritmul Deutsch, Deutsch-Jozsa, Berstein-Vazirani

Week 11/Sapt. 11 — Algoritmi cuantici II: Algoritmul Simon, Algoritmul lui Grover, QFT

Curs 9
Lab#4 - JupyterFiles Simon; Grover

Week 12/Sapt. 12 — Algoritmi cuantici III: Quantum phase estimation, Algoritmul lui Shor

Curs 10
Lab#5 - JupyterFiles QFT; QPE; Shor;
Tema 2

Week 13/Sapt. 13 — Transpilare. Corectarea erorilor. Fault Tolerant QC

Curs 11
Lab#6 - JupyterFiles

Some useful materials/Books [here]