Institute for Quantum Computing (IQC) faculty members Dr. Michael Reimer and Dr. Christopher Wilson, professors in the Department of Electrical and Computer Engineering, have been recognized by the University of Waterloo’s Dean of Engineering for their outstanding contributions to research and innovation.

By Naomi Grosman

Reimer received the En-Hui Yang Innovation Award in recognition of exceptional innovative accomplishments. Reimer has made leading contributions in the innovation and development of quantum nanophotonic devices for quantum communication, sensing, imaging and defence.

He has developed a groundbreaking quantum detector using semiconductor nanowire arrays that can detect single photons with high efficiency across a wide range of wavelengths, from the visible to short-wave infrared, all while operating near room temperature.

IQC faculty member Michael Reimer being awarded En-Hui Yang Innovation Award by Dean Mary Wells and Hassan Baaj.x

IQC faculty Michael Reimer, Professor, Department of Electrical and Computer Engineering (centre) receiving the En-Hui Yang Innovation Award in recognition of exceptional innovative accomplishments. Hassan Baaj, Associate Dean, Research and External Partnerships (L) and Faculty of Engineering Deal Mary Wells (R).

Dr. Reimer invented the idea of tailoring the semiconductor nanowires into a specific shape and geometry to absorb light with near-unity efficiency over this broad wavelength range.  He also innovated the semiconductor material layer stack to enhance the detectors timing resolution without sacrificing efficiency as is normally the case with commercially available semiconductor-based single-photon detectors.

Early on, Reimer identified that this technology would impact and be transformative in a wide range of applications such as quantum communication and computing, defence for enhanced range resolution and imaging, and in the medical field for dose monitoring in cancer treatment and eye imaging to identify diseases that cause blindness. Reimer has patented this technology and is in the process of transferring the technology to his company, Single Quantum Systems, where he is co-founder and chief science officer.  

Reimer says that he could not have done this alone and owes this development to his research team that he has supervised and mentored. 

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 “This is an exciting time for quantum technologies to transition from out of the lab and into the real world, and also exciting to see your own invention grow from an idea to realization that could impact society and improve quality of life. It is also an honour to receive such a prestigious award in the same year as one of my mentors and colleagues at IQC and in the Department of Electrical and Computer Engineering. I would like to add my congratulations to Chris.” 
Dr. Michael Reimer

Wilson received the Faculty Research Excellence Award, which recognizes significant contributions to research and scholarship over the course of his career.

His work explores the use of superconducting quantum electronics for both applications and basic science. His research brings together start-ups, academia and defence sectors in Canada and internationally, and he has secured $13 million in research funding from agencies in Canada, the U.S. and Europe since the start of his career.

Professor Christopher Wilson standing in bright room with big windows.

IQC Faculty Christopher Wilson, Professor, Department of Electrical and Computer Engineering, received the Faculty Research Excellence Award.

Wilson has supervised more than 40 research associates, postdoctoral fellows, PhD students, master’s and undergraduate students whom he involves in international collaborations. Among his more than 100 refereed publications, 30 high-impact publications have students or postdocs as first authors. His new textbook Building Quantum Computers was published by Cambridge University Press in 2024. It was co-authored by IQC past executive director Raymond Laflamme and IQC PhD student Shayan Majady and is based on their courses on quantum information processing taught at IQC.

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“Since its founding in 2002, IQC has worked closely with the Department of Electrical and Computer Engineering and it’s great that Michael and I are being recognized at the same time for our contributions to the field. There is a lot of engineering work to be done — both classical and quantum — to advance quantum science and technology and it’s significant that we are getting this recognition from the Dean of Engineering.
Dr. Christopher Wilson