Materials Science and NanoEngineering
Associate Professor, Materials Science and NanoEngineering
Member, Ken Kennedy Institute
Average rating
3.4
21 temporary mock ratings
Difficulty
3.6
course-linked average
Courses
9
in seeded sections
Quantum optics, nanophotonics, cavity quantum electrodynamics, polariton chemistry Low-dimensional materials, semiconductors, magnetic and spintronic materials High resolution imaging and spectroscopy of individual nano-objects
APPL 007
Research conducted by a visiting student scholars. Repeatable for Credit.
APPL 800
Thesis research under the supervision of faculty. Repeatable for Credit.
MSNE 007
Research conducted by visiting student scholars. Repeatable for Credit.
MSNE 419
The aim of this course is to serve as an introduction to the state-of-the-art research in the field of quantum science, with a focus on the fundamental aspects of quantum materials used in these technologies. In particular, it will introduce three types of quantum systems, superconducting, spin, and photonic qubits, implemented in solid-state materials. Concepts such as Josephson junction, single electron transistors, quantum states of light, and cavity quantum electrodynamics will also be introduced to familiarize the students with the current research in this field. Cross-list: MSNE 519. Mutually Exclusive: Cannot register for MSNE 419 if student has credit for MSNE 519.
MSNE 490
Independent investigation of a specific topic or problem in materials science. Research under the direction of a selected faculty member. Repeatable for Credit.
MSNE 519
The aim of this course is to serve as an introduction to the state-of-the-art research in the field of quantum science, with a focus on the fundamental aspects of quantum materials used in these technologies. In particular, it will introduce three types of quantum systems, superconducting, spin, and photonic qubits, implemented in solid-state materials. Concepts such as Josephson junction, single electron transistors, quantum states of light, and cavity quantum electrodynamics will also be introduced to familiarize the students with the current research in this field. Cross-list: MSNE 419. Mutually Exclusive: Cannot register for MSNE 519 if student has credit for MSNE 419.
MSNE 621
This is the first part of the M.M.E. research project course. The faculty advisor, taking into account the background and research interests of the student as well as the research interests of the faculty advisor, will determine the contents. Course requirements will include a final report. Repeatable for Credit.
MSNE 622
This is the second part of the M.M.E. research project and continuation of MSNE 621. Course requirements will include a final report. Repeatable for Credit.
MSNE 800
Thesis research Repeatable for Credit.
