How to pronounce “clocks” in English

there um this is a painting I did the Persistence of catclocks um it's actually smaller than the dolly I finally saw the dolly in personat M in New York and and it was wow mine's smaller but you know he came up with it

So the GPS, like that map I showed you, requires precise timing afforded by atomic clocks.Atomic clocks, themselves, has the word atom right in it, so obviously, quantum physics plays a role in that.There is a medical scan there.

I'm just going to show you some of these last few slides that I took while doing these last installs just to give youold clocks in it.

Everybody else here, like, we're all totally on the same page about when now is.Our clocks are talking to each other.They're getting along. They're chatting really nicely.

I see his clock as running slow compared to mine.So clocks in relative motion run at different rates.So if we can build a wormhole and have the two

Now watch what happens as we increase alpha.All the clocks wind around at their own rates.What we're interested in is not the behavior of any individual clock, but instead all of them together.

And for a while everything seems kind of chaotic, circling around the origin, but then, when alpha hits 1 over 6, the tail unwinds,So all clocks, except the first one, point the same way.

And for a while everything seems kind of chaotic, circling around the origin, but then, when alpha hits 1 over 6, the tail unwinds,Meaning all those clocks end up making another half rotation, so they all point left and constructively interfere.

And for a while everything seems kind of chaotic, circling around the origin, but then, when alpha hits 1 over 6, the tail unwinds,Since these clocks are pointing to the left, again, we get constructive interference.

And for a while everything seems kind of chaotic, circling around the origin, but then, when alpha hits 1 over 6, the tail unwinds,So the clocks are roughly distributed equally all over the circle, and you get destructive interference.

But I will say that I do believe that it wasn't a 30, one-third down the line, because America was different.Their biological clocks have slowed down relative to ours.

For example, in the chapter about springs, you talk a lot about weapons, bows, crossbows, and then guns, which have a surprising number of springs in them,and then pivot to clocks, which also use springs, and obviously all very influential things in history.Are there any rabbit holes that you wanted to go into and did go into but ended up them being too much to include in the book?

To understand how the brain tells time, let's first remind ourselves how man-made clocks actually work.So man-made clocks, despite their complexity, all work, for the most part, on an embarrassingly simpleprinciple. And that's just an oscillator, your time base, and a counter.

And underneath all of that, all those kind of psychological experiences, there's this kind of time that's really hardwired into all of our cells, and that's circadian time.We have these circadian clocks throughout our bodies, and they quite firmly run our physiology over a pretty strict 24-hour cycle.But for our purposes here, I'm actually going to skip all of that.

Well that GPS system would crash and burn without making corrections for relativistic effects,because all of the clocks and all of the GPS satellites are moving relative to us.So how do we make this time machine?

So at the age of 26, I set out with the first exercise, and what did I use?I used clocks-- not that I wanted to get better at telling time, but the concept is, you need to force the brain to do what it's designed to dobut what is really difficult. And I couldn't do the relational piece, so used the clocks to force processing relationships.

think that when that happens, our position as a science will change considerably. In 20 years, it will become even more pronounced, and inSwiss mechanical clocks by looking at the gears, but now even if you look at an IC, you have no idea what's happening, things that shouldn't

And I'll mention that again a little bit later, when we talk about some of the technology stuff that we're trying to do.But between the two clocks, they'll have an accuracy of better than one second for 300 million years.

Few people can afford it.Then we get Swiss clocks.Those are those cool things that sit on your parents' mantle.

and some other countries, although more remains to be done.But we set our clocks back an hour this weekend.Uganda recently set it back 100 years.

play with clocks of course, so you manage your time well in the games. Because, if you don't do that, you don't really have time to properly think at the critical end

"There were two clocks regulating our life--the one on the wall and the one in the bottle.

called the two clocks theory that said um you you want to open the door and the

It transformed wind-up clocks into wristwatches. The world was completely transformed by the

And for a while everything seems kind of chaotic, circling around the origin, but then, when alpha hits 1 over 6, the tail unwinds,and suddenly almost all the clocks point in a similar direction, and we get a large resultant value.

And just one per year clocks in at 8.0 or greater— the kind of earthquakes that can totally destroy communities.

They also turn off their clocks.

We have spreadsheets and watches and digital clocks, and so it'll be a fairly simple matter of having people keep up

you would see that there were no clocks.

But let's set aside these celestial clocks, and now let's talk a little bit about gravity.

Do you remember the old clocks that used to have like-- they would have, like, a Victorian woman on it with a dog.

The most grating of alarm clocks-- no radio option, no snooze button.

And it had huge numbers of payroll clocks, who were required to administer the payroll, lots of almost entirely women waitresses working.

I love an audiobook that clocks in at 20-30 hours.

That's the easiest time to define, right?That's time as defined as what clocks tell.As circular as that definition is, it's a really useful one and probably the most important in that it got all of us here on time.

It's almost as if you have multiple clocks in your brain.You have an array of different clocks that can tell time across different time ranges.So how does the brain do that?

But here's the fun fact-- it clocks twice as many words per minute as its closest competitor, which is "Spring Awakening." Oh.

So what happens if these clocks break?

And that's one thing to take away here is that the fixing of the now, as Heidegger described it, is actually a process.It's a conversation among clocks agreeing about when now is.It's a convention, in a sense.

So now you might begin to wonder well, how is it that all of us, all the rest of us, actually have the same timeon our watches and on our clocks?And for that matter, how do we actually know that that is the right time?

And of course that one, because you can't just have one clock by itself, is referencing some even more accurate clock further up the chain.It's like it's clocks all the way up.But what is at the top?

and you have to make a train connection, it's a serious headache.So there are these atomic clocks that we have in Maryland and in Colorado.

and you have to make a train connection, it's a serious headache.They actually have ensembles of clocks, because you can't rely on just one clock.

I've been talking about electric clocks at railroad stations um a historian of science who has written beautifully

That kind of hologram can be reconstructed with white light.run at the same rate at the clocks back home.

We don't have such precise clocks.

And we can see calendars and clocks-- and we could talk a bit about clocks as well-- as signs of identity formation and interaction as well.

And I'll mention that again a little bit later, when we talk about some of the technology stuff that we're trying to do.It's going to have two clocks in it, actually.

We built our life around those clocks.