Відео

I've always found it insane that L4 and L5 are actually stable when they are not even on the line from sun to planet.

Internal Lagrange points of Earth, if Indian Ocean is low gravity point, where are the other Lagrange points within our planet?

Hi! Thank you for this wonderful simulation. Please tell me, can you share a link to the source code of this simulation? What did you use to create it?

Hi! Thank you for this wonderful simulation. Please tell me, can you share a link to the source code of this simulation? What did you use to create it?

請問這些空間計算，用了哪些定理做空間分佈的判斷？

怎麼facebook的影片沒音樂，反而是UA-cam版本影片有音樂？

What does blue and red mean? What are the colors trying to show and say? If you added explanation to this video , i was more useful.

大學青春已經沒了 研究所一定要考進!😭

This model looks absolutely amazing. What equation or model is this simulation based on?

Very beautiful!

Do you have any tutorial of GADGET-4?

What's the maximum stable ratio again?

High very cool simualtion! I am trying to achieve something similar, but so far I only have L1, L2 and L3. I don't understand what is missing in the potential for L4 and L5. What potential did you use besides the gravitational and centrifugal potential?

Awesome❤

Does this model assume that the universe started off evenly distributed as it would suggest by looking at it?

The best representation of the big bang.

Oh my god my brain is moving like that

"well gromit my lad it might not be stable but it gets the job done " wallace 2023

Very cool simulation! What python packages did you use to create this custom animation? Looks stylish :)

超棒！

推普通天文學，也是通識課

你好，我目前幾乎是確定會去讀清大物理所，想請問清大物理跟天文所的差距只差在必修不同嗎，物理所的同學是否能跟天文相關的教授呢，謝謝!

I'd like to do thi in python anyone know where some kind person might have coded it? I am too dumb to do it from scratch!

This seems like randomized specks of dust colliding with each other by gravity, forming spheres and attracting more dust to the spheres. I don't know what significance this has for the universe's evolution, but it is how stars are formed.

好有質感~

真的很喜歡這支影片，身為高三生的我，真的很喜歡天文，看了這個影片後真的有大大的收穫，也更確定了我未來要往清大物理邁進！！！謝謝你們！🤩

That's incredible, how many particles computed?

It's trajectory is straight back into the VAB.

NO not exactly. The exact path of the Artemis program is more like this. Imagine a cliff. Sitting on the precipice of this cliff is the SLS with Orion at the top. A great big crane marked ULA careers at break neck speed towards this rocket. The giant boom of the crane hits the rocket about halfway up. This sends the SLS tumbling off the cliff in a parabolic decent. There's your trajectory. Another way to consider the project though is not so much from a physics point of view, but more a fiscal perspective. Once again use your imagination to picture a huge furnace with a large cast iron door open to reveal the blazing inferno within. now picture a team of engineers with shovels slowly throwing money from a $23 billion pile into that fire. They were employed to get it all burnt in a day but it has taken them 5 days and they now want several more piles of $4 billion each, provided for each time congress expects to see some more flames. 🤣🤣🤣 Space X is, at this time, the only hope for America to set up a permanent base on the moon. This is if you expect to do so in a timely and affordable fashion.

好優雅~

Confusing

how can we run GADGET-4 on linux after compiling ?

how long did it take to compute

Woah, great work! Hope to see more. 😝

What are the moving blue dots? I do know where the lagrange points are but the blue dots are mysterious to me.

It's from SpaceX, it's Chinese space junk, it's Alien from an exoplanet crash to the moon.

What?

the objects are asteroids?

The picture is pretty. An explanation using words would be better.

This is an amazing Sim.. I would like to know more about what you do? Is the project you are working on a part of astronomy and machine learning..? Just thinking loud..

at light speed this ssimullation should take more than 66 minutes.. so why make it so jumpy fast and unfrindenly for following? very large and heavy thumb down 2u2

I don't know what their actual properties... But i do know that out there, there is a big party going on.. 😂😂

This helped me finally understand langrange points thank you

is this in a rotating frame of reference or are the two mass bodies fixed? In some parts of the simulation, the movement of the massless particles seems odd, so my initial guess was that this is due to the frame of reference rotating and thus not being inertial.

好棒的影片！敲碗大氣、海洋有關的科系介紹！

I did not understand one damn thing, how many are of the same view?

Kinda meaningless with such a short timeframe. Hard to say, but it looks like you ended up with a Hilda-type orbit for at least one of them. Again, had to say in such a short timeframe.

The frame of reference do be rotating

What

Explain Better pls