ELEC 581: QUANTUM INFORMATION PROCESSING
Spring 2025 · Section 001 · CRN 24333
This is a graduate-level course focusing on quantum information processing systems. Quantum information science and technology have been rapidly developed amid the global quantum research effort on quantum computing, communication, simulation and sensing. Development and innovation in these quantum applications necessitate understanding of the core concepts of the quantum information processing and knowledge of leading physical platforms for implementation. This course will introduce the physics and engineering aspects of quantum information processing systems. It will cover basic concepts related to the quantum information processing and fundamentals of the physical implementation of leading quantum information processing platforms including trapped ions, neutral atoms, solid-state spins, and superconducting qubits. Recommended Prerequisite(s): Quantum mechanics
- Credits
- 3
- Instructors
- Songtao Chen