UT Physics Colloquium
University of Toronto Physics Colloquium
Physics Colloquia take place in McLennan Physics MP102 and is broadcast live on YouTube at 4:10 p.m. every Thursday during the Fall and Winter academic terms. Our colloquium series reflects the diverse research interests and pursuits of the department. To get up-to-date announcements about upcoming colloquia, please visit the University of Toronto Physics Colloquium webpage for instructions to subscribe to the Colloquium mailing list and RSS feeds.
The Search for Wavy Dark Matter: Axions ABRACADABRA to DMRadio
Probing New Physics with Cryogenic Detectors
Black hole accretion and growth in the Time Domain and Multi-Messenger Era
Life in Motion From turbulence to climate
How Squishy Are Neutron Stars? And Why Does that Matter?
A journey to the future: “Our Muon Shot"
Machine learning for physics-discovery and climate modeling
Statistical Mechanics for Erosion and Earthquakes
How do clouds affect global warming?
Global high spatial resolution observations of atmospheric composition: TROPOMI
Capturing light induced phase transitions with femtosecond movies
Electrons in Moiré Superlattices: A playground for correlation and topology
What to do with a near-term quantum computer?
Physics of your chromosomes
Mapping the Milky Way's Dark Matter Halo with Gaia
Thoughts on what Dark Matter is (and what it isn’t) and how to Find it
Many-body physics with arrays of individual atoms
CAN A QUBIT BE YOUR FRIEND? Why a philosopher would want to have a quantum computer
Superconductivity from repulsion
Topologically Ordered Matter and Why You Should be Interested
The SNOLAB Science Programme: cutting-edge science from a deep hole in the ground
Gravity and Entanglement
The Abraham-Minkowski controversy: an ultracold atom perspective
Clustronics on Quantum Many-Body Architecture
The tragic destiny of Mileva Marić Einstein
Do Cuprate Superconductors Harbor Hidden Extra Dimensions?
Modern Machine Learning and the Large Hadron Collider
Casting Light on Antimatter: Fundamental Physics with Bottled Antihydrogen Atoms
Engaging Students in Authentic Scientific Practices in Physics Lab Courses
The Coming Revolution in Computational Astrophysics