Physical Foundations of Solid-State Devices

ECSE-6220

Physical foundations underlying the operation of modern electronic and photonic solid-state devices. Quantum mechanical foundations are emphasized, including the postulates of quantum mechanics, wave-particle duality, uncertainty relation, the Kronig-Penney model, and perturbation theory. In addition, the course covers areas such as semiconductor statistics, doping, heterostructures, transport, and tunneling.

3 credits

Cross-listed with:

ECSE-4962 Computational Imaging

Prereqs:

none

Past Term Data

Offered

Not Offered

Offered as Cross-Listing Only

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	Summer		Fall
	(Session 1)	(Session 2)
2023
2022			Phys Found Of Solid State Dev (3c) Michael Shur Seats Taken: 3/50
2021			Phys Found Of Solid State Dev (3c) Michael Shur Seats Taken: 10/30
2020			Phys Found Of Solid State Dev (3c) Michael Shur Seats Taken: 15/20
2019			Phys Found Of Solid State Dev (3c) Michael Shur Seats Taken: 12/20
2018			Phys Found Of Solid State Dev (3c) E. Fred Schubert Seats Taken: 11/20
2017			Phys Found Of Solid State Dev (3c) Michael Shur Seats Taken: 7/20
2016			Phys Found Of Solid State Dev (3c) Michael Shur Seats Taken: 11/20
2015			Phys Found Of Solid State Dev (3c) Michael Shur Seats Taken: 7/20
2014			Phys Found Of Solid State Dev (3c) E. Fred Schubert Seats Taken: 14/20
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