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Quantum Coherent Electronics Group
Collaborators
MIT Lincoln Laboratory: Quantum Information and Integrated Nanoscience Group
Prof. Will Oliver and the Engineering Quantum Systems (EQuS) group, MIT
Prof. Joe Formaggio and the Formaggio group, MIT
Prof. Karl Berggren and the Quantum Nanostructures and Nanofabrication group, MIT
Teaching
Fall 2025:
Kevin is lecturing for
6.2400: Introduction to Quantum Systems Engineering
.
Spring 2025:
Kevin took the
Junior Faculty Research Leave (JFRL)
.
Fall 2024:
Kevin co-lectured for
6.2400: Introduction to Quantum Systems Engineering
with Prof. Will Oliver.
Spring 2024:
Kevin was the recitation and lab instructor for
6.2300[6.013]: Electromagnetics Waves & Applications
.
Fall 2023:
Kevin co-lectured for
6.2400: Introduction to Quantum Systems Engineering
with Prof. Karl Berggren. Jeremy was a TA.
Spring 2023:
Kevin co-lectured with Prof. Will Oliver for
6.S987: Physics and Engineering of Superconducting Qubits
. Jenn was a TA.
Fall 2022:
Kevin co-developed and co-lectured for
6.2400: Introduction to Quantum Systems Engineering
with Karl Berggren, Anand Natarajan, and Isaac Chuang.
Spring 2022:
Kevin was a recitation and lab instructor for
6.013: Electromagnetics Waves & Applications
.
Fall 2021:
Kevin developed and lectured for
6.644: Quantum Measurement and Control
. Bright was the TA.
Spring 2021:
Kevin was the recitation and lab instructor for
6.013: Electromagnetics Waves & Applications
.
Fall 2020:
Kevin was a recitation instructor for
6.003: Signal Prcessing
.
Spring 2020:
Kevin co-lectured with Luca Daniel for
6.013: Electromagnetics and Applications
, an undergraduate lab and project based electromagnetics course.
Fall 2019:
Kevin was the lecturer for
6.630: Electromagnetic Waves
, a graduate level electromagnetics course. Kaidong was the TA.
Spring 2019:
Kevin was the recitation instructor for
6.013: Electromagnetics and Applications
, an undergraduate lab and project based electromagnetics course.
Software
JosephsonCircuits.jl
: A frequency domain, multi-tone harmonic balance, simulator of scattering parameters and noise in nonlinear circuits containing Josephson junctions. Performs scattering parameter conversion and interconnection.
© 2020-2025 Kevin O'Brien - All Rights Reserved
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