The first few decades of the 20th century was a time of miracles for physics. First, Einstein’s relativity utterly changed the way we think about space, time, motion and gravity. Then the quantum revolution of the 20s and 30s overturned all of our intuitions about the subatomic world. Together, general relativity and quantum mechanics have allowed us to explain nearly every fundamental phenomenon observed, and have predicted many unexpected phenomena that have since been verified. And yet the two theories contradict each other in fundamental ways. In the century since that golden era of physics, we’ve been trying to reconcile the two … without success. But today on space-time I’m going to begin our discussion of the great quest for this union – the quest for a theory of quantum gravity, and for a theory of everything.
Special thanks to our Patreon Big Bang, Quasar and Hypernova Supporters:
Big Bang
Anton Lifshits
CoolAsCats
David Nicklas
Fabrice Eap
Quasar
Dean Fuqua
Mark Rosenthal
Mayank M. Mehrota
Roman Pinchuk
Tambe Barsbay
Vinnie Falco
Hypernova
Brent Mullins
Chuck Zegar
Donal Botkin
Edmund Fokschaner
John Hofmann
Jordan Young
Joseph Salomone
Matthew O’Connor
Ratfeast
Thanks to our Patreon Gamma Ray Burst Supporters:
Alexander Rodriguez
Alexey Eromenko
Benoit Pagé-Guitard
Brandon Cook
Brandon Labonte
Daniel Lyons
David Crane
Deborah Whittaker
Fabian Olesen
Greg Allen
Greg Weiss
James Flowers
James Hughes
JJ Bagnell
Jon Folks
Kevin Warne
Malte Ubl
Mark Vasile
Nicholas Rose
Nick Virtue
Scott Gossett
Shannan Catalano
سلطان الخليفي)
Captions provided by CCTubes – Captioning the Internet! Between them, general relativity and quantum mechanics seem to describe all of observable reality.
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Hosted by Matt O’Dowd
Written by Matt O’Dowd
Graphics by Luke Maroldi
Assistant Editing and Sound Design by Mike Petrow
Made by Kornhaber Brown (www.kornhaberbrown.com)
The first few decades of the 20th century was a time of miracles for physics. First, Einstein’s relativity utterly changed the way we think about space, time, motion and gravity. Then the quantum revolution of the 20s and 30s overturned all of our intuitions about the subatomic world. Together, general relativity and quantum mechanics have allowed us to explain nearly every fundamental phenomenon observed, and have predicted many unexpected phenomena that have since been verified. And yet the two theories contradict each other in fundamental ways. In the century since that golden era of physics, we’ve been trying to reconcile the two … without success. But today on space-time I’m going to begin our discussion of the great quest for this union – the quest for a theory of quantum gravity, and for a theory of everything.
Special thanks to our Patreon Big Bang, Quasar and Hypernova Supporters:
Big Bang
Anton Lifshits
CoolAsCats
David Nicklas
Fabrice Eap
Quasar
Dean Fuqua
Mark Rosenthal
Mayank M. Mehrota
Roman Pinchuk
Tambe Barsbay
Vinnie Falco
Hypernova
Brent Mullins
Chuck Zegar
Donal Botkin
Edmund Fokschaner
John Hofmann
Jordan Young
Joseph Salomone
Matthew O’Connor
Ratfeast
Thanks to our Patreon Gamma Ray Burst Supporters:
Alexander Rodriguez
Alexey Eromenko
Benoit Pagé-Guitard
Brandon Cook
Brandon Labonte
Daniel Lyons
David Crane
Deborah Whittaker
Fabian Olesen
Greg Allen
Greg Weiss
James Flowers
James Hughes
JJ Bagnell
Jon Folks
Kevin Warne
Malte Ubl
Mark Vasile
Nicholas Rose
Nick Virtue
Scott Gossett
Shannan Catalano
سلطان الخليفي
