Schedule

September
MondayTuesdayWednesdayThursdayFriday
28 29 30
13:30-14:20 Lecture
Motivation: pt1 (slides) & pt2 (slides) and Administrivia (slides)
01
10:00-12:00 OH (ck32)
02
13:30-14:20 Lecture
Computing with Linear Algebra (minimal slides)
Notes 1 and Notes 2

October
MondayTuesdayWednesdayThursdayFriday
05
13:30-14:20 Lecture
Computing with Linear Algebra II (minimal slides)
Notes 1 and Notes 2
06
9:00-10:00 OH (ck32)
07
13:30-14:20 Lecture
The Quantum Computing Model (minimal slides)
Notes 1 and Notes 2
08
10:00-12:00 OH (ck32)
18:00-19:00 OH (anpaz)
09
13:30-14:20 Lecture
The Quantum Computing Model II (minimal slides)
Notes 1 and Notes 2
23:00 HW1 due
12
13:30-14:20 Lecture
Product States (minimal slides)
Notes 1 and Notes 2
13
9:00-10:00 OH (ck32)
14
13:30-14:20 Lecture
Product States II (minimal slides)
Notes 1
15
10:00-12:00 OH (ck32)
18:00-19:00 OH (anpaz)
16
13:30-14:20 Lecture
Quantum Circuits (minimal slides)
Notes 1 and Notes 2 and Notes 3
23:00 HW2 due
19
13:30-14:20 Lecture
Quantum Circuits II (minimal slides)
Notes 1 and Notes 2
20
9:00-10:00 OH (ck32)
21
13:30-14:20 Lecture
Quantum Information (minimal slides)
Notes 1 and Notes 2
22
10:00-12:00 OH (ck32)
18:00-19:00 OH (anpaz)
23
13:30-14:20 Lecture
Quantum Information II (minimal slides)
Notes 1
23:00 HW3 due
26
13:30-14:20 Lecture
Quantum Algorithms: Deutsch-Josza (minimal slides)
Notes 1 and Notes 2
27
9:00-10:00 OH (ck32)
28
13:30-14:20 Lecture
Quantum Algorithms: Phase Estimation & Factoring (minimal slides)
Notes 1 and Notes 2
29
10:00-12:00 OH (ck32)
18:00-19:00 OH (anpaz)
30
13:30-14:20 Lecture
Quantum Algorithms: Search (minimal slides)
Notes 1 and Notes 2
23:00 HW4 due

November
MondayTuesdayWednesdayThursdayFriday
02
13:30-14:20 Lecture
Hamiltonian Simulation: Schrodinger's Equation (minimal slides)
Notes 1 and Notes 2
03
9:00-10:00 OH (ck32)
04
13:30-14:20 Lecture
Hamiltonian Simulation: Grover Redux (minimal slides)
Notes 1
05
10:00-12:00 OH (ck32)
18:00-19:00 OH (anpaz)
06
13:30-14:20 Lecture
Fermionic Simulation: overview and deep dive pt.1 (slides)
Notes 1 and Notes 2
23:00 HW5 due
09
13:30-14:20 Lecture
More Fermionic Simulation: deep dive pt.2 and deep dive pt.3
Notes 1 and Notes 2
10
9:00-10:00 OH (ck32)
11
Veteran's Day
12
10:00-12:00 OH (ck32)
18:00-19:00 OH (anpaz)
13
13:30-14:20 Lecture
Hamiltonian Simulation: Linear Systems (minimal slides)
Notes 1 and Notes 2
16
13:30-14:20 Lecture
Diagrammatic Reasoning (minimal slides)
23:00 HW6 due
17
9:00-10:00 OH (ck32)
18
13:30-14:20 Lecture
More Diagrammatic Reasoning (minimal slides)
Notes 1 and Notes 2
19
10:00-12:00 OH (ck32)
18:00-19:00 OH (anpaz)
20
13:30-14:20 Lecture
Quantum Complexity Theory (minimal slides)
Notes 1 and Notes 2
23
13:30-14:20 Lecture
Non-local Games (minimal slides)
Notes 1
24
9:00-10:00 OH (ck32)
25
Wed. before Thanksgiving
26
Thanksgiving
27
Fri. after Thanksgiving
30
13:30-14:20 Lecture
Randomness Expansion (minimal slides)
23:00 HW7 pt.1 due
01
9:00-10:00 OH (ck32)
02
13:30-14:20 Lecture
Stabilizer States & Circuits (minimal slides)
03
10:00-12:00 OH (ck32)
18:00-19:00 OH (anpaz)
04
13:30-14:20 Lecture
Classical Simulation of Quantum Circuits (minimal slides)
Notes 1
23:00 HW7 pt.2 due

December
MondayTuesdayWednesdayThursdayFriday
07
13:30-14:20 Lecture
Hidden Subgroup Problem (HSP) (minimal slides)
Notes 1 and Notes 2
08
9:00-10:00 OH (ck32)
09
13:30-14:20 Lecture
Solving the Abelian HSP (minimal slides)
10
10:00-12:00 OH (ck32)
18:00-19:00 OH (anpaz)
11
13:30-14:20 Lecture
Solving the Non-Abelian HSP (minimal slides)
Notes 1
23:00 HW8 due