How to pronounce“Planck”in English

It's Planck's constant multiplied by the frequency.

And so Max Planck, so of Planck's constant fame and quantum mechanics fame, came up with a system of units, right?

It's Planck's constant multiplied by the frequency.

So I could take Planck's constant, multiply it by the strength of gravity and divide it by the cube of the speed of light,

So I could take Planck's constant, multiply it by the strength of gravity, and divide it by the cube of the speed of light,

H bar is Planck's constant divided by 2pi, that's right.

There's a fundamental limit and it's around about Planck's constant.

And then there's Planck's constant itself.

And then there's Planck's constant itself.

And then there's Planck's constant itself.

A packet of light: It's Planck's constant multiplied by the frequency.

He introduces what we now call Planck's constant, and it has the units of action. Planck's constant, h is a quantum of action.

And the formula for this wavelength is Planck's constant, divided by the object's momentum, that is, mass times velocity.

the measurement we make of Planck's constant and the measurement we make at the speed of light, then there is something fundamental about this very

is always has to be greater than Planck's constant.

the measurement we make of Planck's constant and the measurement we make at the speed of light, then there is something fundamental

that we now know as Planck's constant.

There's a fundamental limit, and it's around about Planck's constant.

is always has to be greater than Planck's constant.

the measurement we make of Planck's constant, and the measurement we make at the speed of light, then there is something fundamental

There's a fundamental limit, and it's a roundabout Planck's constant.

the measurement we make of Planck's constant, and the measurement we make at the speed of light, then there is something fundamental

It's a fundamental distance in the universe that you can calculate by putting together things like the strength of gravity, Planck's constant, speed of light.

It's a fundamental distance in the Universe that you can calculate by putting together things like the strength of gravity, Planck's constant, the speed of light.

And he defined this wavelength analogously to light as Planck's constant, divided by the particles momentum or mass times velocity.

So you can use those things, strength of gravity, speed of light, Planck's constant to construct a mass.

The origin of quantum mechanics though probably can be traced to Planck's explanation of the way that hot objects radiate.

But what's important is that the fundamental constant of nature that we associate with quantum mechanics, now known as Planck's constant, appears in the calculation.

These are the things, Planck's constant, the speed of light, Newton's gravitational constant, those are the things we used

So you can use those things, strength of gravity, speed of light, Planck's constant to construct a mass.

So those three things, speed of light, strength of gravity, and Planck's constant, allow you to define some distances,

In 1905, Albert Einstein claimed that Planck's theory wasn't just a mathematical trick.

Fundamental property of the universe using Newton's gravitational constant, speed of light, Planck's constant comes into that calculation.

But that is a length that we've calculated by measuring the strength of gravity, the speed of light and Planck's constant.

Those are the things, these are the things Planck's constant, the speed of light, Newton's gravitational constant.

But that is a length that we've calculated by measuring the strength of gravity, the speed of light and Planck's constant.

the uncertainty in the position multiplied by the uncertainty and the momentum of this thing has to be greater than Planck's constant.

the uncertainty in the position multiplied by the uncertainty and the momentum of this thing has to be greater than Planck's constant,

And in quantum mechanics, the energy of a particle is proportional to Planck's constant times its wavelength.

Those three numbers, those three things, speed of light, strength of gravity and Planck's constant allow you to define some distances,

And it just depends on these fundamental properties of the universe, strength of gravity, Planck's constant, speed of light.

But you can calculate it, fundamental prophecy of the universe using Newton's gravitational constant, speed of light, Planck's constant, comes into that calculation.