How to pronounce “entropy”(noun) in English

So entropy's one of these words that's thrown around.

But entropy, we think about entropy with gas molecules, for example, and entropy, to a physicist, is really just a measure of possibilities.

It's minimizing entropy internally and obviously, we are producing heat at our seams to make sure that the entropy in the universe

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

So the increase in entropy is a probabilistic statement of the universe.

make a low-entropy system merely by having a robot or some other brain open a box and let particles through

You've got an entropy arrow, which is the increase in

It's the empathy/entropy paradox.

civilizations increase the entropy bill.

The systems that are in equilibrium maximize entropy.

We say that living things have negative entropy.

The second law of thermodynamics states that entropy tends to increase over time, which means that systems become more chaotic, more disordered.

And that is with the idea of entropy.

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

each person we measure the entropy of the trajectory. Now, what is entropy? The entropy of this particular system is zero.

human need to fight against entropy.

How do you break the empathy/entropy paradox?

So I'm old enough to appreciate revolutions and also appreciate entropy, right?

And that erasure is going to increase the net entropy of the universe.

time is defined because we define the past as being low-entropy?

Well, the systems are producing entropy, but are producing as little entropy as possible.

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

We do not know whether entropy increases with time, or whether entropy is what makes the arrow of time.

patterns about them and partly because they inherently have such a large entropy, for example, that, that they're predictable if it will be zero.

They can maintain their internal order, and so they're said to have negative entropy.

But I'd worked in science fiction that would've been stemmed originally from some science conceit like entropy, death, or something like that.

I.e. nothing lasts, and entropy, where everything's out of our control, your friend and your boyfriend are going to have crises in their lives.

And so the question is, did the universe start with low entropy, or are we only in a universe where the arrow of

It's this argument about ensembles and entropy and stuff like that.

it looks like if it is a disordered system and that would have some kind of larger entropy clearing on zero because it's random. So, the entropy is a measure of randomness in

that respect, but the reason why we, we measured entropy is because entropy is connected to predictability.

at this, you say, "Because the entropy of the system is zero, you have absolutely no ambiguity about where the use-, about where the ball is missing from."

It goes from states of low to high entropy; nothing else works quite like that.

How do we break the empathy/entropy paradox?

And still, even with all of the unexpected benefits of entropy, one wonders is there still more to explain the success?

The systems that are out of equilibrium, Prigogine showed in a very particular example, they minimize the rate of entropy production.

On the other hand, in the right box, we've got this thing called high entropy And high entropy is basically, everything is much more uniformly distributed.

This is something known as Maxwell's demon, the idea that we might be able to make a low entropy and a high entropy--

Put all the hot air on one side, put all the cold air on the other, and that indeed would be a decrease in entropy.

And one of the problems with a scenario like Maxwell's demon is that in making these determinations, it isn't a zero increase in entropy.

And the very early universe, the universe was very, very ordered, very, very low entropy.

This, this, the rest of the world, the universe is running down and entropy is going down, but there are places where we can accelerate the creation of entropy and increase local

order--exotropy--and that's, one of those neighborhoods is this Earth and this life on Earth, which is being increasing its order by accelerating the creation of entropy.

The next thing we did is that we used this trajectory to measure the entropy of each individual.

know exactly where each ball is; there is no ambiguity about each ball's position so that's why we say "from our perspective it has zero entropy."

So, if the entropy of the system is not zero, then it's much harder to predict.

If I measure your trajectory, my trajectory, if I get a very, very low entropy it means that we're very predictable. If I get a very high entropy I have lots of problems predicting

So then we measured the entropy for each user

You're, what you're doing is you're taking the entropy of the world and you're adding your own beautiful interpretation of it.