PHYS 44300 - Quantum Computing And Cryptography

Quantum computing is a fast growing area of interest in the application of quantum mechanics used for problem solving. These devices work differently than traditional computers solving a smaller group of problems that are representable by quantum mechanical systems. These problems cannot be solved by traditional computers, at least in reasonable amounts of time. This course will introduce you to the concepts in quantum mechanics necessary to understand these devices and examine in detail the many types of problems these computers will tackle.

Preparation for Course
P: PHYS 34200.

Cr. 3.
Student Learning Outcomes
1. Understand the application of quantum mechanics to physical systems and Interpretation its relationship to measurements.
2. Demonstrate a physical understanding of the difference in operation between a digital computer and a quantum computer.
3. Know the advantages a quantum computer has over a digital computer and similarly its disadvantages.
4, Know the types of problems that can and cannot be solved using quantum computing.
5. Know a basic understanding of cryptography; methods for classical encoding; strengths and weaknesses.
6. Understand quantum cryptography - How it is implemented to produce secure communication of information and how quantum computers will impact classical cryptography.