- From Qubits to Quantum Sensors, A Practical Course: EEL 6935, Spring 2024
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
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-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.
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