CPSC 5730 - Quantum Computing Fundamentals

(3) Credit Hours

This course provides a comprehensive exploration of quantum computing, blending fundamental concepts with practical applications. The course begins with an introduction to quantum mechanics, followed by a focus on key topics like quantum algorithms, cryptography, information theory, hardware, and current research in the field. Hands-on Python exercises, using the Qiskit framework, complement theoretical learning, enabling students to simulate and implement various quantum computations. The course concludes with discussions on practical applications and future developments in quantum computing. Prerequisites: Successful completion of a course in Elementary Linear Algebra or Department Head approval. Differential course fee will be assessed.

Effective Spring 2026.