From Qubits to Quantum Sensors, A Practical Course: EEL 6935, Spring 2024, 2025, and 2026
This comprehensive course delves into the fundamental principles behind today's quantum sensors and detectors. It explores the constraints imposed by quantum noise, providing students with a nuanced understanding of its limitations.
Upon successful completion of this course, students will have gained proficiency in the following areas:
✓ Understanding the Theory of Quantum Noise
✓ Working with Superconducting Single-Photon Detectors
✓ Grasping the Foundations of Quantum Metrology
✓ Comparing the Operating Principles of Quantum and Classical Detectors
✓ Implementing Quantum Sensing Devices such as Magnetometers and Interferometers
✓ Mastering the Theory of Quantum Coherence
-Physics of Electrical Engineering: EEL 3008, Fall 2024, Fall 2025
This course provides a foundational understanding of the physical principles behind modern electronic, power, and wireless devices. Students will explore how fundamental physics drives the behavior and performance of key components, enabling real-world applications across a wide range of technologies. Through analytical and conceptual learning, the course bridges physics with practical engineering design.
News
From Qubits to Quantum Sensors- Class of 2026
This semester, From Qubits to Quantum Sensors brought together an outstanding group of students for an engaging exploration of quantum science and sensing. I am deeply grateful for their thoughtful appreciation plaque and for the enthusiasm, curiosity, and dedication they brought to the class.
