NEWS
Support for unifying inter-network projects
The RQMP joined COPL, CQMF, INTRIQ, ReSMIQ, and STARaCom to set up a grant for unifying inter-grouping projects. The objective of this program is to form research teams of at […]
EDI committee
The RQMP is proud to present the new EDI committee composed of Malak Kanso (research professional at the University of Sherbrooke), Jeffrey Quilliam (professor at the University of Sherbrooke), […]
RQEMP Summer School
The student committee has announced the opening of registration for the 2023 summer school which will take place at Bishop’s University in Sherbrooke, from August 16 to 18, 2023.
The […]
OUR AXES OF RESEARCH
Our research program is divided into five-axis:
EMERGENT QUANTUM PHENOMENA
Superconductors, quantum spins and topological materials are all materials often presenting unexpected behaviours and making possible the emergence of a wide variety of revolutionary technologies: processing and transport of quantum information, magnetic sensors, low dissipation devices.
TARGETED DESIGN OF NEW MATERIALS
In this research axis, the theory is at the service of practice. Simulation and modelling methods are developed before synthesis to predict the mechanical, optical, dielectric, and magnetic properties of materials.
ATOMS UP : NANO AND BIO-INSPIRED MATERIALS
At the scale of a few atoms, the properties of materials change fundamentally allowing the exploitation of extraordinary properties. At the edge of physics, chemistry, engineering and biology, small materials are manufactured, measured and modelled.
MATERIALS ENGINEERING FOR NEW TECHNOLOGIES
RQMP members develop optical, photonic, micro- and optoelectronic materials for telecommunications, aerospace, energy, manufacturing, and the pharmaceutical or biomedical domains.
LIGHT-MATTER INTERACTIONS
One of the main tools for understanding matter’s inner workings is its interaction with light. That makes it possible to control materials properties at various levels, even up to the production of new quantum states.
OUR AXES OF RESEARCH
Emergent quantum phenomena
Superconductors, quantum spins and topological materials are all materials often presenting unexpected behaviours and making possible the emergence of a wide variety of revolutionary technologies: processing and transport of quantum information, magnetic sensors, low dissipation devices.
Targeted design of new materials
In this research axis, the theory is at the service of practice. Simulation and modelling methods are developed before synthesis to predict the mechanical, optical, dielectric, and magnetic properties of materials.
Atoms up : Nano and bio-inspired materials
At the scale of a few atoms, the properties of materials change fundamentally allowing the exploitation of extraordinary properties. At the edge of physics, chemistry, engineering and biology, small materials are manufactured, measured and modelled.
Materials engineering for new technologies
RQMP members develop optical, photonic, micro- and optoelectronic materials for telecommunications, aerospace, energy, manufacturing, and the pharmaceutical or biomedical domains.
Light-Matter Interactions
One of the main tools for understanding matter’s inner workings is its interaction with light. That makes it possible to control materials properties at various levels, even up to the production of new quantum states.
OUR MEMBERS
OUR MEMBERS
OPPORTUNITIES FOR STUDENTS
Our student community has access to :
- All of our infrastructures ;
- The expertise of our specialists ;
- Knowledge sharing among our members ;
- Co-supervision for complete supervision ;
- Courses offered in their respective institutions ;
- Activities organized by the student committee (RQÉMP).
OPPORTUNITIES FOR STUDENTS
Our student community has access to :
- All of our infrastructures ;
- The expertise of our specialists ;
- Knowledge sharing among our members ;
- Co-supervision for complete supervision ;
- Courses offered in their respective institutions ;
- Activities organized by the student committee (RQÉMP).
