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Love this. Thank you!💖✨

quantum bs....

Not bad man, thanks for sharing 🫡

Soooo... What he's telling me is I can shoot at the moon... Now where is my BFG 10000...

I'm very confused what is this? is this orbital mechanics?

Accurate abstraction of my genetics 😏 6:30

Gravity slingshots and aerobraking are good tricks to keep in mind. Just avoid lithobraking....its very hard on the hardware.....

Was the voice AI generated? The pronunciation is all over the place and the words have too much science-sounding jargon in them.

After your explanations about the efficiency of changing energy levels ex. capture burns, suddenly the lines on the graphs made so much more sense! They also make 1000x more sense now playing KSP with Principia installed and looking at the exact same lines for the Kerbol system

amazing ! :)

This is an awesome visualization and overview of orbital dynamics

Thank you for your simulations they are very helpful for my conceptual work on the Flow Chart of Exodus. This is where I am working to write an over view of how to arrange the necessary logistics of encouraging 100 million people per year to move permanently to space by describing how they can have High standards of living & a large selection of economic & adventure opportunities.

This is beautiful! You make it look so obvious! Thank you!!!

who are you and why your videos are so good

this is an amazing channel, pure educational gold. It gives me so much inspiration about information theory, intelligence and the true nature of our reality

What software did you use for the visuals

Ok. Now do turbulence.

Subscribed. This is so very thorough.

I like this video but when you say "reversing" it initially confuses me. Obviously, if you could magically pause a flow and reverse all the particles, that new flow cannot defy laws of thermodynamics. But that is not usually what reversal means. If you were to simply run back the clock and track the particles in a simulation (not the real world) they would go back to the initial conditions. Anyway, thank you for the very insightful video.

T 0:07

fluid dynamics stuff is complicated but i think its so fascinating since i get to see it all the time in so many different circumstances

If the Scholl program was at this rate it would take weeks, not years. (At least theoretical part)

It is the best animation quality I have seen om youtube! Amazing!

we would love the code :D

gdamn man your visualisations are beautiful

Honestly this was really difficult to follow. I tried hard and my level best. But I must say the effort you have put shows and screams in energy frame. 🙌🙌🙌

...however, I would watch it from end to beginning...

Hi Braintruffle, I'm a big fan of your channel from South Korea, and I'm particularly fascinated by the visualization software you use to create your captivating videos. I'm an enthusiastic student who's deeply passionate about learning, and I would be incredibly grateful if you could share the name of the software you use. Your videos have opened up new perspectives in science for me, and they've played a significant role in enhancing my critical thinking skills. I'm eagerly looking forward to more of your insightful content in the future. Thank you for your time and consideration.

Trying to Fitting sceince to fit your biasses , Is what religion does. You gave your opinion that is all.

This couldve been aboit 5 videos!

This goes so quickly - wowww

How to build a fluid simulator: Step one: Create the universe

5:56 killed all the "observing dictates reality!1!!11!!!" bs ppl always talk about

Thank you for your time. I am amazed

I like how we can find patterns in the infinite chaos.

Hi, first of all, this is a very fascinating video. Thank you for this level of production quality. The topic discussed is a bit out of my area of expertise (bachelor in general computer science currently working on masters in data science). But i do love to venture out of my comfort zone and learn anything about anything. Without a second of hesitation I admit that most of the discussed theory flew over my head (Although i did decide to challenge myself to grasp the topic at hand so i hope this is only temporarily true), but the bits and pieces that i believe have clicked for me did make me come up with a couple of ideas. Especially the part around 10 minutes about the computational complexity of simulating the behaviour of the particle wave function (or at least i believe thats the topic. Im fully prepared to learn that im spewing nonsense). I was wondering if you've thought about using generative ai to run such simultations. Of course for that it would be necessary to obtain data coming from actual simultations ( and heres my question, did anyone ever actually run such simulations on some what i assume would be super computers, or are they entirely infeasible to a point where noone ever even tried their hand at them ). If we fed a net with the current state of all the cells and trained it to predict the states in the next frame over a large body of data, obtaining a sufficiently accurate simulation engine seems quite feasible. But to summarise, this post is more of a question than a suggestion. Im mostly looking for a sanity check for my idea.

Fantastic project overview video. I think people misunderstand what the purpose of the vid is. Very cool information in this and amazing work.

Sell some of those diagrams on a tshirt id buy it

This is insanely well done. I wish that you and the likes of 3blue1brown would seriously consider developing the replacement for engineering/math/science textbooks. Surely these videos are a huge part of the puzzle, but I feel like even more could be done to make it something that can be used for study

One of the best videos I've seen

funny that the part with the box of swirls is the most replayed, it's very pretty. I'd love to play around with that myself, just watching the swirls and chaotic flow.

A whiff of spice would help

The most valuable content I've come across this year, such a great channel, keep going, CONGRATS!

Alternative title: Quantum mechanics is so hard it makes fluid mechanics look easy.

I am working on a project that is using many if not all of these concepts but for rigid body and organic simulations. I don't want to say too much but I would like to know more.

If anyone asks about the difficulty of fluid simulations, just start with the title "they will feel natural if you start with Quantum mechanics" and they should get the point immediately 😂

Absolutely extraordinary video! The graphics are great, the naration is great (though it's also great that you wrote subtitles, for certain specific words), and the explanations are incredible. I saw this video a few days ago, at night, on my recommend section but thought "This looks interesting, but I really don't have the brainpower for this at night" and boy am I happy I got recommended it again, this time at a better time of day. I will for sure go on to watch the next of the series, and you've earned yourself a sub.

to the people complaining about the video being hard to follow: have you considered that his primary goal might not be making a video that's understandable to the largest number of people possible? sometimes it feels like almost all of youtube is just optimized for maximal viewer retention and honestly it's really refreshing to see a video that i have to struggle to keep up with. of course the dude is hard to understand; he clearly knows 100x as much as i do about what he's talking about and he's probably significantly smarter than me, too don't listen to the people whining imo; just keep making incredible videos the way you already do. your CFD videos are some of my all time favorite videos ive ever seen on youtube

This channel is such a find!

Noice