This has been in the works for a while! We filmed it back in late 2020 (when Mars was considerably closer than it is now), and then there was some non-mathematical chaos when my book came out which interrupted production somewhat, giving Mars time to move to a more respectful distance. But here it is, IN 3D: the Solar System, as you’ve never seen it before! (In my living room.)
Great explanation and animations! The same problem occurs in molecular dynamics simulations! The only difference is that nobody cares, thanks to Heisenberg's uncertainty! This video deserves more views!
Thank you! Sorry for the slow reply! And yes, here are some other social media links: Follow me on Twitter: twitter.com/statto Follow me on Instagram: instagram.com/andrewjsteele Like my page on Facebook: facebook.com/DrAndrewSteele
Fantastic video. I loved the simulations and you could really tell how much effort was put into making this as high quality as possible. It is an interesting video to compare with Steve Mould’s video on orbital resonance (ruclips.net/video/Qyn64b4LNJ0/видео.html). One explains the stabilizing forces in the solar system, one the destabilizing.
Let's imagine that it happens; the Earth would become famous and mentioned in all courses/books of Dynamic Systems of planets which will have observed the collision as an example of bad luck...and this may even be the name they'll give to our dear Earth after having spotted it and registered it in a horrible anonymous nomenclature..."Planet BadLuck" ( "--|•`~^°\_" in their language)😒 [I'll never make fun of Hyperion again] Fantastic video, perfectly explained and illustrated. When I adopt a historical point of view, the thumbnail makes me think of Laplace's pulverised certainty that one day mathematics will predict immutable planetary orbits without the slightest time horizon to limit them. Poincaré introduced the grain of sand which seized that fine mechanics and Lazcar destroyed that prospect. Mathematics tells more convoluted stories than Laplace thought. Stories of probabilities and limits. "MARS ATTACKS !" in dispersed and chaotic order this time.
This has been in the works for a while! We filmed it back in late 2020 (when Mars was considerably closer than it is now), and then there was some non-mathematical chaos when my book came out which interrupted production somewhat, giving Mars time to move to a more respectful distance. But here it is, IN 3D: the Solar System, as you’ve never seen it before! (In my living room.)
awesome! your work is truly the greatest out of any astronomy channel i have seen 👍
@@subagaming2075 Thank you!!
Steve mould colab helped me find your channel awesome
Phenomenal explanations accompanied by jaw dropping motion graphics Andrew 👌🏼 The fact that this only has 57 views so far is a crime!
Great video. Fascinating stuff. Really enjoyed the simulations.
Thanks dude!
Great explanation and animations! The same problem occurs in molecular dynamics simulations! The only difference is that nobody cares, thanks to Heisenberg's uncertainty! This video deserves more views!
Haha I’m glad there’s no Heisenberg uncertainty on the scale of the Solar System! Thanks!
Seen two of your videos by now, both of them were absolutely brilliant. Great work!
Do you use other social media such as IG and/or FB? If yes, can you let me know how are they called? Thank you and I love your work!
Thank you! Sorry for the slow reply!
And yes, here are some other social media links:
Follow me on Twitter: twitter.com/statto
Follow me on Instagram: instagram.com/andrewjsteele
Like my page on Facebook: facebook.com/DrAndrewSteele
@@DrAndrewSteele Thank You! :)
Are we going to be alive when that happens
Fantastic video. I loved the simulations and you could really tell how much effort was put into making this as high quality as possible. It is an interesting video to compare with Steve Mould’s video on orbital resonance (ruclips.net/video/Qyn64b4LNJ0/видео.html). One explains the stabilizing forces in the solar system, one the destabilizing.
Thanks! And I loved that video too! Really great explanation of something I kind of thought I understood but probably didn’t really understand!
Let's imagine that it happens; the Earth would become famous and mentioned in all courses/books of Dynamic Systems of planets which will have observed the collision as an example of bad luck...and this may even be the name they'll give to our dear Earth after having spotted it and registered it in a horrible anonymous nomenclature..."Planet BadLuck" ( "--|•`~^°\_" in their language)😒
[I'll never make fun of Hyperion again]
Fantastic video, perfectly explained and illustrated. When I adopt a historical point of view, the thumbnail makes me think of Laplace's pulverised certainty that one day mathematics will predict immutable planetary orbits without the slightest time horizon to limit them. Poincaré introduced the grain of sand which seized that fine mechanics and Lazcar destroyed that prospect. Mathematics tells more convoluted stories than Laplace thought. Stories of probabilities and limits.
"MARS ATTACKS !" in dispersed and chaotic order this time.
Nice coffee table.
Haha thanks
The sun literally shines out of your...
...coffee table.
Hahaha
Great video , what software you used to do those editing on screen
I am not hearing any talk about this in 2023!
Such a good video. There is only 1% chance that you don’t get 1 million followers. Let’s see if that will happen .
Haha thank you! I hope you’re right :)
4:00 Mercury has a diameter of approx. 4880 km, that is not the radius.
Dammit! Well spotted, I’ll add this to the errata… At least what I _say_ is accurate…if only RUclips allowed re-uploads…
Came from @SteveMould channel.
Finally u know ur RUclips password 😂
Haha yes the whole book thing was an elaborate cover-story
So interesting! Thank you for posting.
I understand you’re probably busy with science things but you should really upload more
I will try my best!
I agree. Fantastic presenter
@@leftysheppey Thank you!
Really enjoyed that - thanks!
Thanks Valerio :)