# Brian Swingle

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Black holes: The ultimate cosmic whisks

Chaos. Time travel. Quantum entanglement. Each may play a role in figuring out whether black holes are the universe’s ultimate information scramblers.In this episode of Relatively Certain, Chris sits down with Brian Swingle, a QuICS Fellow and assistant professor of physics at UMD, to learn abou ...

A Quantum State of Mind

Are physicists on a path to upend some of the time-tested fundamental theories of physics? This podcast explores the interplay between quantum theory and general relativity, and how these phenomena may be exploited, from black holes to quantum computing. Featuring Daniel Harlow (Harvard Univers ...

Quantum Gravity Research Could Unearth the True Nature of Time

This story from Wired is submitted for narration by rachel from Emmons County, North Dakota THEORETICAL PHYSICISTS STRIVING to unify quantum mechanics and general relativity into an all-encompassing theory of quantum gravity face what’s called the “problem of time.” In quantum mechanics, time ...

10 - Cauldrons & Competing

Brian Swingle, Pat Madia, and BJ LeRoy join me in chatting about Competitive Cauldrons, how to use them, and the usual rambling of volley-nerds.

Black holes: The ultimate cosmic whisks

Chaos. Time travel. Quantum entanglement. Each may play a role in figuring out whether black holes are the universe’s ultimate information scramblers. In this episode of Relatively Certain, Chris sits down with Brian Swingle, a QuICS Fellow and assistant professor of physics at UMD, to learn abo ...

POINT DETECTIVE with Brian Swingle (1 of 2)

Coach Your Brains Out: The Art and Science of Coaching Volleyball The Inner Knight: Train and Compete Like a Champion Become a Patron to support the show.

POINT DETECTIVE with Brian Swingle (2 of 2)

Coach Your Brains Out: The Art and Science of Coaching Volleyball The Inner Knight: Train and Compete Like a Champion Become a Patron to support the show.