4.8 • 4.4K Ratings
🗓️ 10 February 2022
⏱️ 256 minutes
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Welcome to the February 2022 Ask Me Anything episode of Mindscape! These monthly excursions are funded by Patreon supporters (who are also the ones asking the questions). I take the large number of questions asked by Patreons, whittle them down to a more manageable size — based primarily on whether I have anything interesting to say about them, not whether the questions themselves are good — and sometimes group them together if they are about a similar topic. Enjoy!
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0:00.0 | Hello everyone and welcome to the February 2022 |
0:03.2 | Ask Me Anything edition of the Mindscape podcast. I'm your host, Sean Carroll. |
0:07.3 | It's been a while since we've done an AMA since I do them every month except for January. |
0:12.1 | So the last one we did was the beginning of December. |
0:15.8 | And things have happened, right? I was in Boston last time we were doing an AMA and now I'm back |
0:21.5 | in Los Angeles. I have handed in the draft menu script for my next book, which will be volume one |
0:29.6 | of the biggest ideas in the universe series. Volume one is going to be called space, time, and motion |
0:35.4 | and that's basically classical physics, broadly construed. So for those of you who don't know, |
0:41.2 | the biggest idea is gimmick is I'm going to be teaching what I consider to be the biggest ideas |
0:47.2 | in physics even though I say it's in the universe. It's mostly physics we're talking about, |
0:51.1 | a little bit of math in there. And the gimmick is that you aren't supposed to know any math or |
0:58.4 | physics coming in. It is for a very broad audience, but I will teach you the math. So this is going |
1:04.0 | to be a textbook that not a textbook. Sorry, certainly not a textbook, a book, a trade book, a |
1:09.3 | popular book that is not afraid of doing the equations. And the trick there is that I'm not trying |
1:16.5 | to teach you how to be a physicist. I'm not teaching you how to solve the equations like a working |
1:21.3 | physicist or mathematician would have to do. I just want you to understand what the equations |
1:26.3 | are saying. And that's actually enormously easier as it turns out. So I will teach you what a |
1:31.2 | derivative is and what an integral is and what vectors are and what tensors are. And with that, |
1:36.8 | we'll go pretty far. We go through Newtonian mechanics, of course, but also Hamiltonian mechanics, |
1:42.9 | Lagrangian mechanics, and the principle of least action, a special relativity, general relativity, |
1:47.8 | Einstein's equation, black holes, the short shield solution, with the equations there. So you have |
1:54.1 | to be a little bit interested, a little bit motivated to do it, but I've been trying really, |
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