Detailed lecture plan
Lectures are 50 minutes and there is a small break of 10 minutes between each lecture. Longer breaks at 1030am-11am and 3pm-330pm. In-person attendance is the main teaching modus.
Teachers (teaching team will be updated)
AB = Alexei Bazavov
BH = Benjamin Hall
DL = Dean Lee
JW = Jacob Watkins
MHJ = Morten Hjorth-Jensen
RL = Ryan Larose
Monday June 20 (Teachers AB, BH, DL, JW, MHJ, and RL)
8am-830am: Welcome and registration
830am-930am: Introduction to quantum computing, qubits and systems of qubits
930am-1030am: Measurements, Superposition and Entanglement
1030am-11am: Break, coffee, tea etc
11am-12pm: Gates, unitary transformations and quantum circuits
12pm-1pm: Lunch
1pm-2pm: Preparing for hands-on session, Quantum algorithms and implementation on a real quantum computer, part I
2pm-3pm: Quantum algorithms and implementation on a real quantum computer, part II
3pm-330pm: Break, coffee, tea etc
330pm-6pm: hands-on sessions and problem solving
Tuesday June 21 (Teachers AB, BH, DL, JW, MHJ, and RL)
830am-930am: Quantum algorithms for quantum mechanical systems
930am-1030am: Quantum simulation of the Schroedinger equation
1030am-11am: Break, coffee, tea etc
11am-12pm: Quantum computing and nuclear few- and many-body systems
12pm-1pm: Lunch
1pm-2pm: Preparing for hands-on session, Quantum state preparation and Quantum simulations
2pm-3pm: Quantum simulations on a real quantum computer
3pm-330pm: Break, coffee, tea etc
330pm-6pm: hands-on sessions and problem solving and tour of FRIB
Wednesday June 22 (Teachers AB, BH, DL, JW, MHJ, and RL)
830am-930am: Quantum Field theory and quantum computing, part I
930am-1030am: Quantum Field theory and quantum computing, part II
1030am-11am: Break, coffee, tea etc
11am-12pm: Quantum error corrections, part I
12pm-1pm: Lunch
1pm-2pm: Quantum error corrections, part II
2pm-3pm: Implementations on real quantum computers
3pm-330pm: Break, coffee, tea etc
330pm-6pm: hands-on sessions and problem solving
