Location: Varennes, Quebec, Canada
Type: Full Time
Preferred Education: Doctorate
Academia, Research Laboratory
Years of Experience:
In accordance with the collective agreement in effect at INRS.
December 21st, 2021 to March 15th, 2022
Open to internal and external candidates | Tenure-track Position
Context and summary
The INRS is a graduate research university that has consistently ranked #1 in Canada for its research intensity.
The INRS énergie Matériaux Télécommunications Research Centre (EMT) is looking to fill a prestigious tenure-track Quantum Photonics Research Chair professorship funded by Québec’s Ministère de l’économie et de l’Innovation.
The Chair is dedicated to developing next-generation quantum communications technologies and is essentially focused on research. Experience in teaching will be nonetheless considered an asset.
Desired fields of expertise include, among others, (i) generation of single pairs of entangled photons that fall into the telecommunications band, (ii) development of new metrologies for controlling photon pairs using quantum operations, (iii) quantum repeaters to preserve the transmission of entanglement in fibers against losses and detection, (iv) development of innovative systems using photonics to process information and advanced calculations using, for example, optical artificial intelligence or nanophotonics, (v) design and demonstration of quantum-secured optical communications such as quantum an cryptography and networking for a more secure transmission of personal/government/industrial data as well as for cybersecurity, and (vi) quantum algorithms and error correction for advanced computing performances. Foreseen fields-of-application include, but are not limited to, communications over fiber optics/satellite and next-generation (6G+) wireless communications.
The EMT Research Centre of INRS is recognized across Canada and the world for its expertise in the fields of optics and photonics, ultrafast science, fiber optic and wireless communications, signal processing, and artificial intelligence.
The Centre has multiple state-of-the-art labs supporting its research, such as the Ultrahigh Speed Light Manipulation Laboratory (LULMAN), the Networks and Cyber Physical Systems Lab (NECPHY-Lab), the Wireless Laboratory, and the Radio Frequency Laboratory (LRF).
It is also home to unique infrastructure such as the Advanced Laser Light Source (ALLS) facility, the Micro and Nanofabrication Laboratory (LMN), and a special facility for time-resolved electron microscopy.
Main duties and responsibilities
- Develop their own independent, competitive, innovative research program;
- Secure funding for their research program through external grants from public and private organizations as well as industry partnerships as required;
- Work with existing research teams and develop and maintain partnerships with groups outside the EMT Research Centre;
- Participate in teaching and training activities, particularly as part of the Centre’s graduate programs, and in the supervision of postdoctoral fellows and research staff.
- Candidates are anticipated to have a PhD in physics, quantum physics, engineering, or related fields. Applicants will need to demonstrate their potential to build an original and funded research program in the field of quantum photonics;
- Candidates must also demonstrate how they can utilize their expertise to strengthen collaborative research with existing faculty at the EMT Research Centre;
- The INRS offers mentorship and training opportunities to initiate a career in research and develop potential as professors to the fullest extent.
French is the working language of the Institute. Fluency in English is required.
Candidates whose native language is not French are encouraged to apply. The Centre will provide them with all the resources necessary to facilitate their learning of the French language.