How to pronounce“planck length”in English

The Planck length itself does seem to be a fundamental property of the universe, but actually what it is, is a measurement.

So the Planck length does seem to be, I would say is a fundamental property of the universe.

Now the Planck length, this unimaginably small number in meters.

So whereas the Planck length is very, very tiny, the Planck mass is about the mass of a grain of dust, a mote of dust.

So the Planck length does seem to be, I would say is a fundamental property of the universe.

- Now the Planck length, this unimaginably small number in meters, you might say, well, how does that affect our everyday lives, right?

So whereas the Planck length is very, very tiny, the Planck mass is about the mass of a grain of dust, a mote of dust.

a particular distance called the Planck length.

So it does seem that the Planck length is fundamentally important.

And here's another property of the Planck length.

It might mean that this Planck scale would drop and so the Planck length would expand and we'd see this kind of physics, much lower energies

So it does seem that the Planck length is fundamentally important.

And here's another property of the Planck length.

It might mean that this Planck scale would drop, and so the Planck length would expand, and we'd see this kind of physics, much lower energies

when we looked at the Planck units, like the Planck length.

So the ratio in size between the Planck length and a cell, which we can just about under a microscope, is the same ratio as a proton to the solar system.

a particular distance called the Planck length.

Then something that's the Planck length would expand to let's say a virus or a living cell.

So the ratio in size between the Planck length and the cell, which we can just about see under a microscope, is the same ratio as a proton to the solar system.

The smallest physical distance we can measure is called the Planck length.

What happens if you try to approach something that's a Planck length, you get so much energy in there, what you do is you form a black hole

And so you get to a point which is around the Planck length in size where you can't in principle try to resolve the structure of this thing,

So I think it's worth a caveat that the Planck length itself does seem to be a fundamental property of the universe.

Those are the things we used when we looked at the Planck units like the Planck length.

What happens if you try to approach something that's a Planck length?

And so you get to a point which is around the Planck length in size where you can't, in principle, try to resolve the structure of this thing.

So I think it's worth a caveat that the Planck length itself does seem to be a fundamental property of the universe,

What happens if you try to approach something that's the Planck length?

And perhaps with the Planck length, it's not so much the particle but it's the fact that we know how small a particle can be.

Well, lemme give you some examples of the Planck length.

to define some distances, a particular distance called the Planck length.

Well, let me give you some examples of the Planck length.

And so you get to a point, which is around the Planck length in size, where you can't, in principle, try to resolve the structure of this thing.

but use that as an example but yeah i can divide my de molecules my finger down to the Planck length string theory says when i get to that length scale

it's a number beyond human imagination it's a number based on what is called the Planck length but it's a number and so if a computer could ever simulate

It's the smallest distance, often described as the smallest distance that we can talk about sensibly in physics as we understand it, the Planck length.

- So we have this fundamental, it appears, length scale in the universe, 10 to minus 35 meters, a Planck length, unimaginably small.

and you imagine expanding that to the size of our solar system, out to the orbit of Neptune, then something that's the Planck length would extend