Statistical Mechanics | Entropy and Temperature

[@bidish2224]

people like you are making youtube a better place

[@khababnazir5903]

Just Remarkable

[@riccardodibari5305]

One of the best video explaining this topic, can’t wait to see the next!

[@ozkaancelik]

İ writes very little common but i didnt stop when i watch this video. Amazing video. Congratulations

[@RisetotheEquation]

At 1:20 you meant to say 6 ways to roll a sum of 7. But you got the visual correct! Good job on this video.

[@simplytyped848]

Yes 👍 Thank you!

[@jayminshah5565]

beauty of a video

[@joaopedrorocha5693]

i've been searching for interesting stuff on statistical physics on yt. And this is by far the best video i've come across. Someone know about other good videos to watch on statistical physics?

[@science_gang]

Truly wonderful content made with much love. Thank you so much. P.s. i also like your voice very much :)

[@lucasamaral8935]

Awesome video, very good explanation

[@Nusret15220]

Veeery nice and interesting, keep it up man! We really need to get rid of sentence "Entropy is a measure of disorder.", no it's not. You really can't describe it shortly even if you wanted to. This concept has more than one interpretation, the more we try to understand each of them the more we are understanding Entropy better. Therefore just a single sentence will never be enough to summarize the concept of Entropy.

[@scc5637]

it was really helpful. and I would be great if the music was little less loud.

[@shashanks.k855]

good stuff

[@muriloporfirio7853]

Really good! Please make a video about laser cooling, never truly understood it.

[@IntegralMoon]

Great job :D

[@Higgsinophysics]

Awsome video !

[@science9181]

Great video! Do you plan to create further ones? This was very helpful :)

[@thewiseturtle]

I appreciate this. The second half didn't really mean anything to me, as I don't read the cryptic glyphs of old fashioned academic math-speak, but I'm very glad someone else is trying to help folks understand entropy better. It's been taught so poorly by most teachers. Primarily the concept of "order" vs. "disorder" has so confused everyone. The reality is that all sets of things, when observed, are ordered, as there is some specific sequence to them, like we see when we roll a die and get a six and then a one, versus a one and then a six. So, an increase in entropy does NOT mean an increase in "disorder" which is meaningless here, given that every order is a (unique) order. Instead, what Boltzmann described entropy as was simply the number of possible states a system can be in. If you have 6 elements that can freely change in a system it has more entropy than if you have just 2 elements that are free to change. Once folks understand this, they can easily see why life is peak entropy, rather than trying to come up with weird, backwards terms like "negative entropy" to describe complex, emergent systems. Complex, emergent systems where there are many, many parts that are free to change - from a heart beating to a neuron firing - are naturally going to appear as our universe increases in entropy over time.

[@Melki]

Thank you :)

[@hamidassadi1438]

Very interesting video, but shouldn't the temperature become infinity (not zero) at 10:01?

[@scc5637]

nice question

[@scc5637]

I would love to know the answer

[@ZerothPhysics2023]

why you not continue to be content creator?