UBC Science researchers have received over $4.5 million in funding to explore exciting new partnerships in quantum materials and computing. This funding will support projects aimed at making large-scale simulations to predict how luminescent materials perform in displays and solid-state lighting.
Today, the Federal government announced 107 new projects through various Quantum grant programs from the Natural Sciences and Engineering Research Council of Canada. This funding showcases Canada’s commitment to being a leader in quantum science and technology.
According to the Honourable François-Philippe Champagne, Minister of Innovation, Science and Industry, these investments will promote innovation, enhance global competitiveness, and drive progress in areas like quantum computing, communications, and security.
The projects will tackle key challenges in quantum science, focusing on vital areas such as quantum algorithms, encryption, and quantum sensing. Researchers from UBC’s Stewart Blusson Quantum Matter Institute, along with the departments of Physics, Chemistry, and Mathematics, will investigate various quantum technologies.
Here are some notable projects:
1. Quantum Simulations for Organic Semiconductors: UBC chemist Dr. Zachary Hudson is teaming up with OTI Lumionics to use quantum computing to accurately predict the properties of materials for organic electronics, including luminescent materials for lighting.
2. Machine-Learning Models for 2D Quantum Materials: Led by UBC mathematician Dr. Christoph Ortner, this project will combine cutting-edge quantum mechanics with AI to create models for 2D quantum materials like graphene. The goal is to set up a virtual laboratory to speed up scientific discovery in Canada.
3. Synthesizing Layered Quantum Materials: UBC materials scientist Dr. Alannah Hallas is collaborating with Rutgers University to grow and analyze new layered quantum materials. This work will help young researchers advance their careers internationally.
4. High-Temperature Single-Photon Detectors: Dr. Andrea Damascelli from UBC is working with Xanadu Quantum Technologies to develop thin single-photon detectors. These detectors will work at higher temperatures, making them more practical for photonic quantum computing.
5. Laser-Induced Ultrafast Dynamics in Superfluid Helium: Dr. Valery Milner is partnering with Meta Materials to create advanced THz probes. They aim to combine lasers and superfluid helium to enhance sensing and imaging capabilities.
These projects highlight the innovative spirit of Canada’s research community and their efforts to push the boundaries of quantum science and technology.
