Advanced Quantum Engineering MENG 31400 (since 2019, every Winter quarter)
To obtain an introductory knowledge of the techniques and phenomena central to quantum engineering. Synopsis: Quantum mechanics underlies many areas of modern engineering, including materials science, photonics, electronics, metrology and information processing. This course explores both the fundamental physics of quantum systems as well as the tools utilized to engineer and control them. Topics to be discussed include eigenvalues and eigenstates, harmonic oscillators, operators, symmetries, spin, angular momentum, perturbation theory, and time evolution. We will also explore examples of engineered quantum systems. Live demos of real-world quantum systems will be included in this course for the first time.
Optics and Photonics MENG 26510 (since 2022, every Spring quarter)
To provide an introductory to intermediate education on a wide range of topics in optics. We explore the foundations of geometric and wave optics, with a blend of physical phenomena and practical instrumentations. Toptics to be discussed include lenses and lens-based imaging systems, wave propagations, Fresnel refractions, polarizations, interference, diffractions, Fourier optics and light-matter interactions. Based on these physical concepts, we will cover optical technologies that shape modern sciences, including lasers, modulators, spectrometers, cavities, waveguides and photonic crystal resonators. Final projects will provide students with opportunities to design optical devices and systems that solve real-world problems.
Quantum Science, Networking, and Communications (since 2022, offered twice annually)
Designed for scientists and engineers from industry, government, and national laboratories, the course introduces quantum computing and networking through lectures, discussions, and hands-on system design using the open-source SeQUeNCe quantum network simulator developed in our group and ANL. Rather than presenting quantum mechanics as an abstract subject, the course emphasizes designing realistic quantum communication networks and understanding their engineering challenges.