Platform: Atoms & Molecules

Impact Stories

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Physics World has selected Prof. Steinberg group's quantum tunnelling-time experiment as one of their quantum highlights for 2020.

Quantum tunnelling from the Steinberg group among “quantum highlights” for 2020

CQIQC's Joseph Thywissen led a research team that has discovered new rules governing the behaviour of atoms that collide at temperatures close to absolute zero.

U of T physicists taking a cold look at atomic interactions

Other Research Areas

Members Platform: Atoms & Molecules

Prof. Alán Aspuru-Guzik

Vector Institute, Departments of Chemistry and Computer Science, UofT

CQIQC Member

Quantum computing, AI for discovery and self-driving labs, energy and functional materials

Prof. Boris Braverman

Department of Physics

CQIQC Member

Quantum information and precision measurement with ultracold atoms and optical cavities

Prof. Paul Brumer

Department of Chemistry, UofT

CQIQC Member

Quantum dynamics on the nanoscale, quantum control, foundations of quantum mechanics

Prof. Artur Izmaylov

Department of Chemistry, UofT

CQIQC Member

Quantum computing, electronic structure, nonadiabatic chemical dynamics

Prof. Raymond Kapral

Department of Chemistry, UofT

CQIQC Member

Quantum-classical dynamics in open systems, nonequilibrium statistical mechanics, nanomotors, molecular machines

Prof. Aephraim Steinberg

Department of Physics, UofT

CQIQC Member

Experimental quantum measurement, ultracold atoms, quantum optics, quantum information

Prof. Joseph Thywissen

Department of Physics, UofT

CQIQC Member

Experimental atomic physics, trapped ultracold atomic gases, non-equilibrium phenomena, quantum simulation, quantum information

Prof. Amar Vutha

Department of Physics, UofT

CQIQC Associate