Randomness and probability are central to modern physics. In statistical mechanics this is because we don’t know everything about the […]
192 | Nicole Yunger Halpern on Steampunk Quantum Thermodynamics Read More
Modern particle physics is a victim of its own success. We have extremely good theories — so good that it’s
183 | Michael Dine on Supersymmetry, Anthropics, and the Future of Particle Physics Read More
As each December comes to a close, we wrap up another year of podcasts with the Mindscape Holiday Message. Nothing
Holiday Message 2021 | On Disciplines & Cocktails Read More
When it comes to thinking about quantum mechanics, there are levels. One level is shut-up-and-calculate: find a wave function, square
177 | Monika Schleier-Smith on Cold Atoms and Emergent Spacetime Read More
There is so much we don’t know about our universe. But our curiosity about the unknown shouldn’t blind us to
170 | Priya Natarajan on Galaxies, Black Holes, and Cosmic Anomalies Read More
Traditional physics works within the “Laplacian paradigm”: you give me the state of the universe (or some closed system), some
167 | Chiara Marletto on Constructor Theory, Physics, and Possibility Read More
Physics is extremely good at describing simple systems with relatively few moving parts. Sadly, the world is not like that;
163 | Nigel Goldenfeld on Phase Transitions, Criticality, and Biology Read More
The arrow of time — all the ways in which the past differs from the future — is a fascinating
158 | David Wallace on The Arrow of Time Read More
It’s not easy, figuring out the fundamental laws of physics. It’s even harder when your chosen methodology is to essentially
155 | Stephen Wolfram on Computation, Hypergraphs, and Fundamental Physics Read More
Depending on who you listen to, quantum computers are either the biggest technological change coming down the road or just
153 | John Preskill on Quantum Computers and What They’re Good For Read More