Les activités de l'INTRIQ

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janv. 9, 2018

CONFETI (CONFérence ÉTudiante de l'INTRIQ) is a yearly student conference sponsored by the INTRIQ. It attracts graduate students and post-docs in the fields of physics, mathematics, computer science and engineering working on quantum computing related projects.


Where and when
The conference will take place on January 9-11, 2018 at the Hôtel Château Bromont in Bromont, Québec.


Click here


Click here

nov. 9, 2017

At Hotel Château Bromont


Dr. Jérôme Bourassa, Cégep de Granby
Dr. Olivier Landon-Cardinal, McGill University

90, rue Stanstead, Bromont QC J2L 1K6
Téléphone : 1 800 304 3433

Note : The INTRIQ Business meeting (reserved for members) will be held in room "Salle des cantons" on November 9th from 9h30 to 10h30


Chartered bus Berri-Bromont-Berri (Departure from gate #3 at Berri on Nov. 9th at 9h00 AM)


mai 11, 2017

When : Thursday, May 11th, 2017

Where : Pavillon Lassonde, Polytechnique Montréal

Organizer : Professor Sébastien Francoeur, Polytechnique Montréal


For registration, click HERE


Institut Transdisciplinaire d'Information Quantique (INTRIQ)

avril 26, 2016
Posté par : Marc Leclair

DIADEMS Summer School

DIADEMS Summer School

Dates: April 26 - May 6, 2016

Where: Institut d''études scientifiques de cargèse

Deadline for Registration: January 31st, 2016

Organization Committee
Thierry Debuisschert (Thales), Jean-François Roch (Laboratoire Aimé Cotton), Emmanuelle
Da Silva (ARTTIC), Elisabeth Graf (ARTTIC).

Registration and more information: click here

The DIADEMS Summer School is centred on the emerging field of quantum sensing. It will provide a solid basis for students aiming at a scientific career in this highly active field.
The lectures will give an overview of different quantum-enhanced sensing techniques, with a focus on the Nitrogen-Vacancy (NV) center in diamond, while providing an understanding of complementary, and sometimes competing magnetometry methods. The program will cover the very basics of NV physics, from diamond growth and implantation, through measurement protocols for coherent manipulation - to modern diamond sensor fabrication and demonstration of applications in biophysics, condensed matter physics and industry. A large space will also be given to comparison to other magnetometry techniques, such as spin-polarized STM, scanning SQUID, MRFM and GMR.
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