How to pronounce“low entropy”in English

This is low entropy.

And that is a low entropy configuration.

But going from low entropy to high entropy, something that is so well-established that it is known as the second law of

It went from low entropy to high entropy, but it went from simple to simple.

It went from low entropy to high entropy, but it went from simple to simple.

All of that low entropy energy we get from the Sun is captured by animals and plants, it's used to make sugars and other fuels.

'cause there's low entropy means there's only a small number of ways that you can rearrange the parts to look like that.

in this very low entropy state very high organized state everything else was all

The universe started very simple and low entropy, hot dense expanding universe near the Big Bang.

What the sun gives us is low entropy energy.

The idea that things go from low entropy/high order to high entropy/high disorder.

Our Universe started out simple and low entropy.

to be high entropy than to be low entropy.

Our universe started out simple and low entropy.

So the Universe goes from simple and low entropy to simple and high entropy.

If you go from simple and low entropy, to simple and high entropy, and in between you could be complex,

and you start it at low entropy, there's almost a theorem that says if you're very, very, very low entropy, then the system looks pretty simple

thermalized the gravitation was very very low entropy and it's low entropy by the uniformity and you see that in the microwave - it's very uniform over the

To agree on something is what is called the low entropy state.

And so therefore if you start in a configuration of low entropy, entropy naturally increases.

There are more ways to be high entropy than to be low entropy.

The reason why the universe has had a low entropy all along is because it started that way.

I'm not going to explain why the Big Bang was low entropy, because nobody knows.

We are low entropy constructs that have some complexity.

and the universe started in a very special low entropy state.

The real question is: 'Why was the world ever low entropy to begin with?'

That's what was given to us by the low entropy of the Big Bang.

And then parts of the diff are just very low entropy.

You need a simple, low entropy initial state.

those special initial conditions take the form of things where low entropy and entropy has been increasing ever since making the universe more disorganized

initial conditions take the form of things were low entropy and entropy has been increasing ever since making the universe more disorganized and chaotic

The answer is because secretly you know that the Big Bang had a low entropy.

But the extra thing you know is that the universe started with low entropy.

versus complexity is a whole different axis on which to think about the world than low entropy versus high entropy.

But this low entropy configuration with the cream on top, coffee on the bottom is also very simple.

Food is energy in a low entropy form.

This is what's called low entropy, or very high order.

And there's a natural tendency of things in the Universe to go from low entropy to high entropy.

It's the journey from the simple, low-entropy starting point to the simple, high-entropy ending point, that there's a large space of possibilities where things can be intricate.

When you're very, very low entropy, when you're as orderly as you can be, things will tend to be simple.

That's a very unlikely, very low entropy configuration.

In fact, it literally is a transfer of low entropy into high entropy.

This hybrid engineer will have effortless control over their code base and no low entropy keystrokes.

We are using the fuel the universe gives us in the form of low entropy energy to maintain our stability.

How does complexity come to be if all the universes doing is moving from low entropy to high entropy?

I wanna go back to the beginning and say the early universe was simple and low entropy and entropy increases with time.

energy that's what the sun is together with a planet being bathed by that low entropy energy together with a surface that has enough of the

The real explanation comes from the fact that the universe seems to have started in a state of low entropy and from there it can only go up.

And the reason why this is true is because there are more ways to be high entropy than to be low entropy.