Ah, physics.
#DSXFlex @nvidia creates an #AI abundance track based on power grid physics. Jensen Huang on @lexfridman's pod created debate on whether using the grid better competes with growing the grid. It does not. Each is a feature of the other.
Every power system needs balancing and redundancy. Power users and producers always compete on physics, for room to deliver and room to receive.
Here's my conversation with Don Lincoln about some of the biggest open questions in physics, including dark energy, dark matter, the matter-antimatter imbalance, quantum vacuum, quantum foam, and the quest to unify the laws of physics.
Don is a particle physicist at Fermilab who has spent decades working at the frontiers of high energy physics. He is also a great teacher & writer. I highly recommend his courses & books. One of my favorite lecture series he has given is The Evidence for Modern Physics where he breaks down the experiments that validate some of the weird laws of physics we have, and what it would take to validate even the weirder ones.
It's not enough to come up with a beautiful theory. You also have to show through experiment that the theory is likely to be correct. This process often doesn't get the love it deserves, even though it's often the most important and difficult part of the scientific process.
I ❤️ physics.
The conversation is here on X in full and is up everywhere else (see comment).
Timestamps:
0:00 - Introduction
0:49 - Unifying the laws of nature
15:20 - General relativity
32:27 - Electroweak force
44:09 - How particle colliders work
1:02:12 - Higgs boson discovery
1:12:32 - Theory of everything
1:42:17 - Physics of empty space
1:49:41 - Antimatter
2:10:31 - Dark energy
2:14:20 - Dark matter
2:42:56 - Future of physics
Here's my conversation with Don Lincoln about some of the biggest open questions in physics, including dark energy, dark matter, the matter-antimatter imbalance, quantum vacuum, quantum foam, and the quest to unify the laws of physics.
Don is a particle physicist at Fermilab who has spent decades working at the frontiers of high energy physics. He is also a great teacher & writer. I highly recommend his courses & books. One of my favorite lecture series he has given is The Evidence for Modern Physics where he breaks down the experiments that validate some of the weird laws of physics we have, and what it would take to validate even the weirder ones.
It's not enough to come up with a beautiful theory. You also have to show through experiment that the theory is likely to be correct. This process often doesn't get the love it deserves, even though it's often the most important and difficult part of the scientific process.
I ❤️ physics.
The conversation is here on X in full and is up everywhere else (see comment).
Timestamps:
0:00 - Introduction
0:49 - Unifying the laws of nature
15:20 - General relativity
32:27 - Electroweak force
44:09 - How particle colliders work
1:02:12 - Higgs boson discovery
1:12:32 - Theory of everything
1:42:17 - Physics of empty space
1:49:41 - Antimatter
2:10:31 - Dark energy
2:14:20 - Dark matter
2:42:56 - Future of physics
Physics
Here's my conversation with Don Lincoln about some of the biggest open questions in physics, including dark energy, dark matter, the matter-antimatter imbalance, quantum vacuum, quantum foam, and the quest to unify the laws of physics.
Don is a particle physicist at Fermilab who has spent decades working at the frontiers of high energy physics. He is also a great teacher & writer. I highly recommend his courses & books. One of my favorite lecture series he has given is The Evidence for Modern Physics where he breaks down the experiments that validate some of the weird laws of physics we have, and what it would take to validate even the weirder ones.
It's not enough to come up with a beautiful theory. You also have to show through experiment that the theory is likely to be correct. This process often doesn't get the love it deserves, even though it's often the most important and difficult part of the scientific process.
I ❤️ physics.
The conversation is here on X in full and is up everywhere else (see comment).
Timestamps:
0:00 - Introduction
0:49 - Unifying the laws of nature
15:20 - General relativity
32:27 - Electroweak force
44:09 - How particle colliders work
1:02:12 - Higgs boson discovery
1:12:32 - Theory of everything
1:42:17 - Physics of empty space
1:49:41 - Antimatter
2:10:31 - Dark energy
2:14:20 - Dark matter
2:42:56 - Future of physics
I always love physics episodes. and i appreciate when the guest is so clear and easy to understand, like Don was in this one!! There’s something so inspiring about hearing experts say how little we understand about time. It fills me with excitement for the future! bc i realize that theres still so much to discover
Here's my conversation with Don Lincoln about some of the biggest open questions in physics, including dark energy, dark matter, the matter-antimatter imbalance, quantum vacuum, quantum foam, and the quest to unify the laws of physics.
Don is a particle physicist at Fermilab who has spent decades working at the frontiers of high energy physics. He is also a great teacher & writer. I highly recommend his courses & books. One of my favorite lecture series he has given is The Evidence for Modern Physics where he breaks down the experiments that validate some of the weird laws of physics we have, and what it would take to validate even the weirder ones.
It's not enough to come up with a beautiful theory. You also have to show through experiment that the theory is likely to be correct. This process often doesn't get the love it deserves, even though it's often the most important and difficult part of the scientific process.
I ❤️ physics.
The conversation is here on X in full and is up everywhere else (see comment).
Timestamps:
0:00 - Introduction
0:49 - Unifying the laws of nature
15:20 - General relativity
32:27 - Electroweak force
44:09 - How particle colliders work
1:02:12 - Higgs boson discovery
1:12:32 - Theory of everything
1:42:17 - Physics of empty space
1:49:41 - Antimatter
2:10:31 - Dark energy
2:14:20 - Dark matter
2:42:56 - Future of physics
The path to a theory of everything may not be found by adding one more layer on top of the current stack.
It may require returning underneath it: to geometry, reference frame, measurement, and the observer as part of the physical structure itself.
QM and GR were extraordinary breakthroughs, but they were never final maps. The danger is not that they are “wrong”, it is becoming constrained by frameworks we already know are incomplete.
At some point physics has to follow the mathematics and the measurements deeper, even if the next language does not look like the old one.
Here's my conversation with Don Lincoln about some of the biggest open questions in physics, including dark energy, dark matter, the matter-antimatter imbalance, quantum vacuum, quantum foam, and the quest to unify the laws of physics.
Don is a particle physicist at Fermilab who has spent decades working at the frontiers of high energy physics. He is also a great teacher & writer. I highly recommend his courses & books. One of my favorite lecture series he has given is The Evidence for Modern Physics where he breaks down the experiments that validate some of the weird laws of physics we have, and what it would take to validate even the weirder ones.
It's not enough to come up with a beautiful theory. You also have to show through experiment that the theory is likely to be correct. This process often doesn't get the love it deserves, even though it's often the most important and difficult part of the scientific process.
I ❤️ physics.
The conversation is here on X in full and is up everywhere else (see comment).
Timestamps:
0:00 - Introduction
0:49 - Unifying the laws of nature
15:20 - General relativity
32:27 - Electroweak force
44:09 - How particle colliders work
1:02:12 - Higgs boson discovery
1:12:32 - Theory of everything
1:42:17 - Physics of empty space
1:49:41 - Antimatter
2:10:31 - Dark energy
2:14:20 - Dark matter
2:42:56 - Future of physics