CPE345 - Quantum Computing

Textbook Notes

See the following, in order, to learn a bit about quantum computing!

File
Reading Week 1 - Quantum Cryptography, Computation, Teleportation; Review of Wave Functions and Young's Slit Experiment
Reading Week 2 - Intro to Bracket Notation
Reading Week 3 - Ending Quantum Superposition, Starting Qubits
Reading Week 4 - Multiqubit Gates, Quantum Entanglement
Reading Week 5 - Irrelevant Global Phase
Reading Week 6 - Quantum Computer Architectures
Reading Week 7 - Quantum Algorithms
Reading Week 8 - More on Quantum Algorithms

See how I did some of the problems to see what to do:

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HW 1 - Review of QM
HW 2 - Starting QC Calculations
HW 3 - Bloch Sphere Problems
HW 4 - Multi-Qubit Systems
HW 5 - Q. Computer Arch.
HW 6 - Quantum Algorithms
HW 7 (Practice) - Quantum Algorithms 2

File
Lecture 10 (missing) - Entanglement
Lecture 1 - Intro to the Course
Lecture 12 - Quantum Circuits
Lecture 11 - Multiple Qubit Gates
Lecture 14 - Implementation of Quantum Computing
Lecture 13 - Universal Set of Quantum Gates
Lecture 18 - Finishing Neutral Atom Implementation
Lecture 15 - Implementations of Quantum Computing (cont)
Lecture 19 (missing) - Intro. to Grover's Algorithm
Lecture 17 - More on Initialization
Lecture 16 (missing) - Initialization, Single-qubit Gates, Read-out
Lecture 4 - The Math Behind Quantum Mechanics
Lecture 20 - Grover's Algorithm
Lecture 2 - Starting Quantum Computing
Lecture 3 - Quantum Mechanical Wave Function
Lecture 5 - Quantum Superposition
Lecture 6 - Qubits
Lecture 8 - Single-qubit Gates
Lecture 7 - Bloch Sphere
Lecture 9 - Multiple-Qubit Systems