NSERC Strategic Grant
2018-2021Electron Spin Based Quantum Circuits in 2D Materials (QC2DM)
Developing quantum circuits using electron spins in two-dimensional materials for next-generation quantum computing applications.
Research Projects
Explore our current and recent research projects in quantum theory of materials, nanostructures, and quantum computing devices.
Quantum Circuits in 2D Materials
Our flagship research program focuses on electron spin-based quantum circuits in two-dimensional materials, exploring novel quantum phenomena and applications in quantum computing and sensing.
Learn MoreCurrent Research Grants
NSERC Discovery Grant
2019-2024Synthetic Many-Body Systems in Artificial Materials
Investigating synthetic many-body quantum systems in engineered materials to understand emergent quantum phenomena.
uOttawa Research Chair
2019-2024Quantum Theory of Materials, Nanostructures and Devices
Comprehensive research program advancing theoretical understanding of quantum materials and their device applications.
NRC IoT Challenge
2022-2025Polarisation-Resolved Single Photon Sensors
Developing advanced single photon sensors using quantum circuits in 2D materials for Internet of Things applications.
NRC Quantum Computing
2023-2025Topological Quantum Computing Devices
Advancing the design of quantum computing devices based on topological quantum matter using noisy intermediate scale quantum computers.
NSERC Quantum Alliance
OngoingProgrammable Quantum Simulators (PQS2D)
Co-PI on consortium developing programmable quantum simulators based on 2D materials for quantum simulation applications.
NSERC CREATE
OngoingQuantum Materials Training Program
Co-PI on training program for the next generation of quantum materials researchers and engineers.
Key Publications & Books
Quantum Bits with Topologically Protected States
Special Issue, Quantum Physical Informatics, Applied Science 2019, 9, 474
View PDFCarbononics – Integrating Electronics, Photonics and Spintronics
Physica Status Solidi 10, 3-121 (2016)
View PublicationGraphene Quantum Dots
Springer 2014
View BookPhysics of Triple Quantum Dot Molecule
Rep. Prog. Phys. 75, 114501 (2012)
View ArticleCoded Qubits Based on Electron Spin
In "Semiconductor Quantum Bits", World Scientific, 2008
View BookElectronic and Optical Properties of Self-Assembled Quantum Dots
In "Single Quantum Dots", Topics in Applied Physics, Vol.90, Springer-Verlag (2003)
View ChapterQuantum Dots
Springer Verlag (1998)
View Book