Watch more on www.patreon.com/braintruffle +4 exclusive videos +3 coding tutorials +feel good supporting a passionate science educator :-) Thank you for helping fund future videos! Torsten
@@ArbieLyvias yeah like suddenly, one day, for no reason at all, the Big Bang happened science is soooooooooooo much better at it all than religion huh
This video is the exact kind of thing I’ve always wanted, unfiltered information about space. So many channels are amazing sources of info but put it through a “general public” filter which makes it hard to learn deeper aspects from the actual video. Thank you so much for filling this void in my soul that I needed
I agree. While it is very easy to find 'general public' basic channels for Astronomy & Astrophysics, it is more difficult to find something of a bit 'higher ambition', while still avoiding crude data, maths demonstration, etc. And this is a great balance i believe. At least it works for me too. And yes, the animations are awesome on that soft-spoken voice. More!
@@goergeskaplan2910 I agree on this too, although I also believe that deep dives into the math and data, accompanied with explanations can teach us a lot too and give us the tools needed to dive into these sciences too
@@Arterexius Definitely, agreed. It is even paramount that there are some Math, raw data and references to original papers, researchs, etc. Tough part is to find the right balance for the largest audiance. Which should be a bit above your level and challenges you. And this channel delivers for me. Cheers
I majored in physics, did research in astrophysics, and now teach astronomy. I am astounded at the analysis in the video. I felt like I was back in undergrad quantum mechanics just recognizing enough concepts to keep it together and follow along. The mention of 4d space really made me chuckle because it kept piling on more and more amazing layers to the simulations that it really blew me away. Superb.
Agree. Enough detail that the reality is not diluted so much that it is illogical, but not so much that it is overwhelming. AWESOME visuals, and well explained.
This is the first time I've ever seen an explanation of how Jupiter shields us from being hit. The gateway animation is very interesting, but I didn't understand how it occurs. i think you really need to explain that in more detail, and in layman's language, if possible!
You can’t get anymore laymen than this. What he’s explaining is essentially the 3 body problem. If you want a deeper understanding, you’d need to dive into the math. Any advanced orbital mechanics textbook on the Circular Restricted 3 Body Problem (CR3BP) goes into detail with the idea of manifolds and forbidden regions.
@@Kevin-kp8ds Thanks for listing the specific data to go in search of, should you be interested to pursue the subject in deeper detail. It is also too advanced for me too, but I still watched fascinated until the end and grasped as much as I could. ☺
In the first two minutes of this video you gave me a better understanding of asteroid tidal disruption than I've ever had before. You explained exactly why the fragments behave as they do and why it took two full orbits to impact Jupiter. Well done. I'm suitably impressed.
Wow, for me it was mesmerizing to see the simplicity of an explanation of something so complex as million-body simulation. Congratulations for all the hard work !!! The end result is marvelous.
First time viewer of your channel... What a fantastic video this was - very well organized and animated. I'd never heard of these "orbital gateways" but it really made this idea that Jupiter is the "vacuum cleaner" of the inner solar system much more intuitive. You earned my subscription today and I'm looking forward to browsing your older content and seeing what comes next!
Oh my god dude I've always wondered how this actually works, but to see it delivered like THIS ALSO AND WITH CODE This channel will be in the science comm hall of fame
I follow a lot of space/science channels that at some point have tried to go over the same subject, but they always left me with more questions than answers. The details combined with the visual animations in this video was logical, easy to understand, and very pleasing to watch and listen to. In the end, I had no questions and instead gained fruitful knowledge, thank you!
WOW. Your animations are incredible, especially since the manifolds potentials are always so pretty and their visuals give access to a lot of information about the topic at hand.
This is amazing. I have always heard the statement that Jupiter cleared out the solar system and that Jupiter protects earth from more but I never thought it was this beautiful. Math is amazing.
Same here. I was aware of the phenomenon, Jupiter acting as inner-solar shield, but had no real insights into its actual mechanisms. Great explanations and marverlous animations, this channel might be a gem. Cheers
This channel is perfect for those with a bit of a background in physics or math. It really exposed something incredible about physics that I didn't know existed. I could never have imagined a reality like this in the solar system.
I just happened to discover this channel and the way you explain things about Jupiter is amazing especially with the animated graphics that compllement your exposé. I also second the comment by runninggag regarding your calm and clear voice.
This is fascinating! Something that's both wonderful and a little frustrating about science is that the deeper you look, the more complex and amazing things are. This is true of any branch of science. I'm old enough to remember Shoemaker-Levy 9. Like a lot of people, I couldn't help but imagine what it would have been like if the fragments had hit Earth instead of Jupiter. Of course, it would've been the end of complex life on Earth.
I'm a student studying astrophysics and this is the most beautiful science video on RUclips. If I had a source of income I would definitely support you on Patreon. Please keep spreading science until I graduate!
That explains why there is those "stripes" of craters on Callisto (and maybe other moons) that seem to have impacted the surface forming those weird multi impact stipes. It was Jupiter disintegrating those objects approaching that then got caught by the moon on their way. Fascinating video !
This is beautifully illustrated. And projecting orbits in a multi-body system over a very long timeframe is an impressive feat. It appears that intelligent life emerged on Earth through a combination of very improbable events and circumstances. Although, impacts are generally bad for life on Earth, the last extinction event worked in our favor. Our type of sun, the configuration of planets, and our orbit within the Milky Way all played a critical part in the emergence of this living planet and our civilization.
Age 10 in East Dallas in the 70s and I routinely walked a mile to the local library and to school, and rode the city bus to downtown. Age 11 I got mugged by a group of kids. That was the sum total of my "bad" experiences. Modern media has made what used to be hidden easier to see. My sense is that the streets are not objectively more dangerous, but that we now hear that bad stories much more often. What hasn't changed is that a child's greatest external danger remains with family members.
I remember this event clearly, I was like 10 when it happened but I was already fascinated by astronomy and it was a big deal all over the news. There were no live streams at the time, but IIRC one of the major TV networks interrupted the regular program to cover the impact either as it happened, or as the impact sites rotated into Earth's view, i forget which it was but I totally remember switching off my SEGA to see the images. That event was like gasoline on the fire of my love for astronomy.
Great video! Just stumbled upon your channel, great work and presentation. Don't know if the excellent animations are yours, someone elses or soft extracts but they're awesome and complement very nicely the soft-spoken naration. Loved it, and subscribed. Will follow. Thank you. Cheers
I remember hearing about this before the event happened and everyone was excited for what would happen next but most people thought it would not do much but boy we got a big show.
The probabilistic nature of these orbital diagrams remind me of how orbital shells used to be represented in my chemistry courses. I know the scales and mechanics are vastly different, but it is still fascinating
Right? Orbital mechanics feels like wizardry sometimes! It's amazing how precise math and physics can create such mind-boggling trajectories. Those animations really bring the magic to life!
@1:27 this blows my mind. Thank you, and the scientists who discovered, or calculated it, who made it possible to get _that_ footage...🎉 It is the most incredible thing I have ever learned.
And there's the answer to the Fermi paradox. Seriously, this is defining. Not just because it is the conclusion of the vid, although you end on another note, but because it also implies astronomers, the seti folks, haven't been looking to the right places. Or, how do you say this. 🤔 The criteria, like the Goldie locks zone, are too narrow as it appears. They should be looking for intra-solar system symbiotically related planets with comparable sizes/force fields. It's all clear to me now. Unfortunately I do not have the possibility to run up a model on a decent computer, and have it compared to all discovered solar systems we've discovered so far. Would you know someone?
The Goldie looks zone reasoning is too wide I mean of course. But also a bit non sensical perceived from the planetary symbiosis, ehm, _theory?_ U know knowledge, right? Once you get it, you get it. Regardless of background, if the capacity of creating the insight is there, _it is fact_ from that moment on. I'm feeling pretty weird. Like accidently having became a scientist-weird. You do see what I mean, right? We _will_ find extraterrestrial and intelligent life within the Goldie locks zone _in solar systems with similarly symbiotically connected planets of similar masses at similar distances to eachother._ At least, _that_ bit is presently missing in the seti's search terms. I've got a knack for receiving insights, ¯\_(ツ)_/¯ I hope you'll get this one too.
@@honderdzeventien SETI absolutely have been looking in the wrong place but it's because they assume interstellar communications would use microwaves, which is a frankly ludicrous assumption.
I wonder how this would look like in an early solar system. When jupiter was still migrating towards the sun before it migrated away again. And so did other planets. The number of objects and thus life enablers, in the solar system was much bigger too.
This was incredibly interesting to watch and got me thinking of quite a few things. For some reason I hadn't even thought about that since Jupiter sends asteroids into interstellar space, then of course there must be similar mechanics from equally large or larger giants in other solar systems to send their remnants towards us. I now understand why it isn't possible, regardless of how much we may try over the next few centuries, to properly clean up our solar system and avoid the threat of life ending impacts. What is possible however, is to use math and astrophysics to predict the rate and angle of newly incoming interstellar objects, map them and tap their resources, essentially giving a near infinite supply of materials to humanity. Near infinite because nothing is infinite, but also because we likely won't exist for billions of years, so it will appear infinite to us. A whole other thought is that since we can program what you've shown here, we must also be capable of creating an AI helper that can keep track of every known object in our solar system and their paths and then recalculate probable causes for any unforeseen changes, aka if the model says one thing but our reality says something else, reporting this something else should make the AI recalculate its own predictions and find the cause for this something else, giving us much more time to respond
Very nice. I wouldn't be surprised if a grand intelligence on Jupiter is supervising the whole affair and saying: 1) "Okay, let that through," or 2) "Nope. That won't help. Don't let that one through."
I watched this excellent video this morning. I have an idea that you might find interesting. It’s a little out there, but you clearly have the math and computational skills to look into it. First, the problem. As you probably know, the Sun is getting brighter very slowly; the Earth will be too hot to support life and might come to resemble Venus. I think I have come up with an idea of how this might be avoided. In a future much closer, we may be mining asteroids and manufacturing in space. I don’t think it makes much sense to send humans to mine and process materials. It will soon be possible to automate the whole process, and it makes sense that materials used in space be made there. This will also support the development of the manufacturing infrastructure to do so. Here comes my idea: the automated systems building things in space will also be building their replacements. Needed will be exploration, prospecting, mining, and manufacturing systems. Also needed will be space tugs capable of carrying massive loads around the solar system. These could be used to divert asteroids and comets that might threaten the Earth. Once this system is in place and running smoothly, it could build a fleet of tugs and accompanying devices to go to the Kuiper Belt to find and divert appropriately sized objects to the inner Solar System passing close to the Earth and deposit a little orbital energy, raising the orbit just enough to keep our planet habitable for billions of years longer than it would otherwise be. My questions are these: How much energy would it take to divert an object from a circular orbit to a very steep hyperbolic one? How often would these objects have to come in order to raise the orbit by the needed amount? What would future cultures make of spectacular comets sweeping by every few years? Just something to think about. Thanks for reading this.
Veritasium said the same thing about supernovae. One going off nearby could potentially eradicate all life on Earth, yet it was probably a nearby supernova (and Jupiter) which brought the building blocks of life to our planet in the first place
I was fed up with the recent increase in AI-generated recycled space channels. This is the first real space channel I've found in six months. I'm very happy.
These orbital mechanics are surprisingly comparable to electron orbits requiring specific energy levels to move an electron from one shell to another, specifically an electron volt. But considering how these gateways seem to have some amount of standard deviation, it makes me wonder if maybe it doesn’t necessarily take one electron volt for electrons to change levels, but perhaps a standard deviation exists that can allow for greater levels of manipulation of matter on that scale.
I get it's not the same but, somehow this has the complexity and the weirdness that atomic (electron) orbital mechanics have. With the whole energy levels parallel and potential probabilities of occupied orbits. It makes sense that it would but, still so cool to see visualised.
Great video presentation, but since it's the pantomime season, -"Don't look behind you!!" - The Sun is going to be the entity presenting us with our upcoming existential crisis.
Watch more on www.patreon.com/braintruffle
+4 exclusive videos
+3 coding tutorials
+feel good supporting a passionate science educator :-)
Thank you for helping fund future videos!
Torsten
Love your work. What type of coding tutorials are those? Stack? Level?
When you can’t actually explain how orbits work so you make up an imaginary force to cope
And the visualization of the centrifugal force looks like an up turned sheet, hmm🤔🤔
@@slenderman3310 It's a non-inertial frame of reference, there can be effective forces. Then you can solve for potential from F = -
abla U
The west desperately looks for ways to be “hero” in the space time 🥱
One of the most well-animated science channels on RUclips
These gateways are incredible. They almost seem like magic, but that's orbital mechanics for you. Incredible animations
Aka god
@@chaosking313 don't force this you don't need to share your beliefs
@@ArbieLyvias yeah like suddenly, one day, for no reason at all, the Big Bang happened
science is soooooooooooo much better at it all than religion huh
@@chaosking313 all hail orbital mechanics; give us this day our daily comet
Advanced science is magic.
Man the ANIMATION coupled with the calming voice is just ...... PERFECTION
This video is the exact kind of thing I’ve always wanted, unfiltered information about space. So many channels are amazing sources of info but put it through a “general public” filter which makes it hard to learn deeper aspects from the actual video. Thank you so much for filling this void in my soul that I needed
I agree. While it is very easy to find 'general public' basic channels for Astronomy & Astrophysics, it is more difficult to find something of a bit 'higher ambition', while still avoiding crude data, maths demonstration, etc. And this is a great balance i believe. At least it works for me too. And yes, the animations are awesome on that soft-spoken voice. More!
@@goergeskaplan2910 I agree on this too, although I also believe that deep dives into the math and data, accompanied with explanations can teach us a lot too and give us the tools needed to dive into these sciences too
@@Arterexius Definitely, agreed. It is even paramount that there are some Math, raw data and references to original papers, researchs, etc. Tough part is to find the right balance for the largest audiance. Which should be a bit above your level and challenges you. And this channel delivers for me. Cheers
I majored in physics, did research in astrophysics, and now teach astronomy. I am astounded at the analysis in the video. I felt like I was back in undergrad quantum mechanics just recognizing enough concepts to keep it together and follow along. The mention of 4d space really made me chuckle because it kept piling on more and more amazing layers to the simulations that it really blew me away. Superb.
This is one of the most beautiful yet informative science videos I've seen on YT.
I am barely keeping up, and that's how I know I'm on the right channel. Thanks for all you do!
Agree. Enough detail that the reality is not diluted so much that it is illogical, but not so much that it is overwhelming. AWESOME visuals, and well explained.
This is the first time I've ever seen an explanation of how Jupiter shields us from being hit. The gateway animation is very interesting, but I didn't understand how it occurs. i think you really need to explain that in more detail, and in layman's language, if possible!
It's already as layman as it gets honestly.
You can’t get anymore laymen than this. What he’s explaining is essentially the 3 body problem. If you want a deeper understanding, you’d need to dive into the math. Any advanced orbital mechanics textbook on the Circular Restricted 3 Body Problem (CR3BP) goes into detail with the idea of manifolds and forbidden regions.
@@Kevin-kp8ds Thanks for listing the specific data to go in search of, should you be interested to pursue the subject in deeper detail. It is also too advanced for me too, but I still watched fascinated until the end and grasped as much as I could. ☺
I understood it. I feel he gave a layman’s review and expertise details when he thought it appropriate.
Holy moly the visuals are on another level
In the first two minutes of this video you gave me a better understanding of asteroid tidal disruption than I've ever had before. You explained exactly why the fragments behave as they do and why it took two full orbits to impact Jupiter.
Well done. I'm suitably impressed.
Extremely well done! Much more digestible than previous video on spaceflight pathfinding, but just as interesting.
It seems all the asks on that one to slow down the firehose a bit were respected; and the result is beautiful!
Wow, for me it was mesmerizing to see the simplicity of an explanation of something so complex as million-body simulation. Congratulations for all the hard work !!! The end result is marvelous.
First time viewer of your channel... What a fantastic video this was - very well organized and animated. I'd never heard of these "orbital gateways" but it really made this idea that Jupiter is the "vacuum cleaner" of the inner solar system much more intuitive. You earned my subscription today and I'm looking forward to browsing your older content and seeing what comes next!
Oh my god dude
I've always wondered how this actually works, but to see it delivered like THIS ALSO
AND WITH CODE
This channel will be in the science comm hall of fame
I follow a lot of space/science channels that at some point have tried to go over the same subject, but they always left me with more questions than answers. The details combined with the visual animations in this video was logical, easy to understand, and very pleasing to watch and listen to. In the end, I had no questions and instead gained fruitful knowledge, thank you!
That's a beautiful bit of visualisation.
5:30 These simulations are amazing
Looks beautiful. Different perspective suddenly makes it so much clearer.
wow this is world class scriptwriting, editing, animation, and education!!!!
WOW. Your animations are incredible, especially since the manifolds potentials are always so pretty and their visuals give access to a lot of information about the topic at hand.
This is amazing. I have always heard the statement that Jupiter cleared out the solar system and that Jupiter protects earth from more but I never thought it was this beautiful. Math is amazing.
Same here. I was aware of the phenomenon, Jupiter acting as inner-solar shield, but had no real insights into its actual mechanisms. Great explanations and marverlous animations, this channel might be a gem. Cheers
The production value of this is stunning. Beautiful video, all around.
How did I stumble upon this masterpiece?
Such complicated stretched in time concepts, yet conveyed so intuitively.
Magnificent work
Fantastic video with elegant visuals and explanations in Solar System orbital dynamics!
Beautiful simulations and animations.. bravo!
This channel is perfect for those with a bit of a background in physics or math. It really exposed something incredible about physics that I didn't know existed. I could never have imagined a reality like this in the solar system.
The statistical orbitals analysis and the following gates visualization make teaching difficult concept incredibly easy.
I just happened to discover this channel and the way you explain things about Jupiter is amazing especially with the animated graphics that compllement your exposé. I also second the comment by runninggag regarding your calm and clear voice.
The best science animations I've seen so far by far. Mind blowing.
this is the most informative and beautiful I've ever watched
GUYS IT’S HAPPENING THERE IS A NEW VIDEO
It's so nice to see videos returning to this channel! You work is excellent, friend! Thank you!
Fresh topics, clean presentation and awesome visuals? Here we go, new channel!
This is so well animated and edited, great job!
Wow these graphics are top-notch! Beautiful and technical while still being clean and simple
Dude, these animations are legit. So much data processed in them. Subscribed!
this was a brilliant watch. When it comes to space we need more animated videos.
This is fascinating! Something that's both wonderful and a little frustrating about science is that the deeper you look, the more complex and amazing things are. This is true of any branch of science.
I'm old enough to remember Shoemaker-Levy 9. Like a lot of people, I couldn't help but imagine what it would have been like if the fragments had hit Earth instead of Jupiter. Of course, it would've been the end of complex life on Earth.
Ur videos are so much informative and visually pleasing with amazing narrative.can u plz make behind the scenes or short breakdown of your process
This is an incredible presentation! Words can't do it justice.
The quality of this video and it's detail is marvelous.
You are one of my all time favorite educational youtubers! Beautiful animations, awesome voice overs, and stunning content!
I'm a student studying astrophysics and this is the most beautiful science video on RUclips. If I had a source of income I would definitely support you on Patreon. Please keep spreading science until I graduate!
That explains why there is those "stripes" of craters on Callisto (and maybe other moons) that seem to have impacted the surface forming those weird multi impact stipes. It was Jupiter disintegrating those objects approaching that then got caught by the moon on their way. Fascinating video !
oh wow, everything in this video is mindblowing. the animation, the information.. I really learned new things everyday thanks to yt
Wow, this is such an impressive video in so many ways. Genuinely awestruck.
It's been a long time since RUclips provided me a *good* recommendation, but the day finally came!
This is beautifully illustrated. And projecting orbits in a multi-body system over a very long timeframe is an impressive feat. It appears that intelligent life emerged on Earth through a combination of very improbable events and circumstances. Although, impacts are generally bad for life on Earth, the last extinction event worked in our favor. Our type of sun, the configuration of planets, and our orbit within the Milky Way all played a critical part in the emergence of this living planet and our civilization.
Age 10 in East Dallas in the 70s and I routinely walked a mile to the local library and to school, and rode the city bus to downtown. Age 11 I got mugged by a group of kids. That was the sum total of my "bad" experiences.
Modern media has made what used to be hidden easier to see. My sense is that the streets are not objectively more dangerous, but that we now hear that bad stories much more often.
What hasn't changed is that a child's greatest external danger remains with family members.
I remember this event clearly, I was like 10 when it happened but I was already fascinated by astronomy and it was a big deal all over the news. There were no live streams at the time, but IIRC one of the major TV networks interrupted the regular program to cover the impact either as it happened, or as the impact sites rotated into Earth's view, i forget which it was but I totally remember switching off my SEGA to see the images. That event was like gasoline on the fire of my love for astronomy.
Your animations are incredible, and your voice is very pleasant to listen to. A huge thank you to your past self for deciding to pursue video-making!
I am very thankful for this high class space/science video
Great video! Just stumbled upon your channel, great work and presentation. Don't know if the excellent animations are yours, someone elses or soft extracts but they're awesome and complement very nicely the soft-spoken naration. Loved it, and subscribed. Will follow. Thank you. Cheers
This is an amazing channel! I just found you and hope that means the algorithm is spreading the good word🙏
Stunning visualisations and well explained. 10/10
I remember hearing about this before the event happened and everyone was excited for what would happen next but most people thought it would not do much but boy we got a big show.
The probabilistic nature of these orbital diagrams remind me of how orbital shells used to be represented in my chemistry courses. I know the scales and mechanics are vastly different, but it is still fascinating
This was amazing! Really great info and wonderful animations! You've earned another subscriber!
Beautiful technical presentation.
Thanks for sharing the hard work.
🌌🚀⚡👏🏻🥃
Love the attention to detail; Jupiter's rings are visible at 3:43!
Impressive animation, simulation, and storyline!
Artem Kirsanov has a worthy competitor now!
Holy shit dude... this is insanely rich (informative & interesting)!
Right? Orbital mechanics feels like wizardry sometimes! It's amazing how precise math and physics can create such mind-boggling trajectories. Those animations really bring the magic to life!
@1:27 this blows my mind. Thank you, and the scientists who discovered, or calculated it, who made it possible to get _that_ footage...🎉
It is the most incredible thing I have ever learned.
What an incredible channel! Algorithm Jackpot!
And there's the answer to the Fermi paradox.
Seriously, this is defining. Not just because it is the conclusion of the vid, although you end on another note, but because it also implies astronomers, the seti folks, haven't been looking to the right places.
Or, how do you say this. 🤔
The criteria, like the Goldie locks zone, are too narrow as it appears.
They should be looking for intra-solar system symbiotically related planets with comparable sizes/force fields.
It's all clear to me now.
Unfortunately I do not have the possibility to run up a model on a decent computer, and have it compared to all discovered solar systems we've discovered so far.
Would you know someone?
The Goldie looks zone reasoning is too wide I mean of course. But also a bit non sensical perceived from the planetary symbiosis, ehm, _theory?_
U know knowledge, right? Once you get it, you get it. Regardless of background, if the capacity of creating the insight is there, _it is fact_ from that moment on.
I'm feeling pretty weird. Like accidently having became a scientist-weird.
You do see what I mean, right?
We _will_ find extraterrestrial and intelligent life within the Goldie locks zone _in solar systems with similarly symbiotically connected planets of similar masses at similar distances to eachother._
At least, _that_ bit is presently missing in the seti's search terms.
I've got a knack for receiving insights, ¯\_(ツ)_/¯
I hope you'll get this one too.
I'm sorry; _there is increased probability_ in finding life of at least a certain duration of evolutionionary processing time.
@@honderdzeventien SETI absolutely have been looking in the wrong place but it's because they assume interstellar communications would use microwaves, which is a frankly ludicrous assumption.
My god what a great animation. Curious whats needed to visualise this (software, math modelling etc)
Amazing, interesting, excellently produced, and extremely educational video!
I wonder how this would look like in an early solar system. When jupiter was still migrating towards the sun before it migrated away again. And so did other planets. The number of objects and thus life enablers, in the solar system was much bigger too.
How this channel only has 74k subs is beyond me!
This was incredibly interesting to watch and got me thinking of quite a few things. For some reason I hadn't even thought about that since Jupiter sends asteroids into interstellar space, then of course there must be similar mechanics from equally large or larger giants in other solar systems to send their remnants towards us. I now understand why it isn't possible, regardless of how much we may try over the next few centuries, to properly clean up our solar system and avoid the threat of life ending impacts. What is possible however, is to use math and astrophysics to predict the rate and angle of newly incoming interstellar objects, map them and tap their resources, essentially giving a near infinite supply of materials to humanity. Near infinite because nothing is infinite, but also because we likely won't exist for billions of years, so it will appear infinite to us. A whole other thought is that since we can program what you've shown here, we must also be capable of creating an AI helper that can keep track of every known object in our solar system and their paths and then recalculate probable causes for any unforeseen changes, aka if the model says one thing but our reality says something else, reporting this something else should make the AI recalculate its own predictions and find the cause for this something else, giving us much more time to respond
Very nice. I wouldn't be surprised if a grand intelligence on Jupiter is supervising the whole affair and saying: 1) "Okay, let that through," or 2) "Nope. That won't help. Don't let that one through."
This video is FANTASTIC
VERY interesting.. neato. There is such a dazzling beauty in celestial mechanics..
This is what makes RUclips wonderful...truly ❤
This will make any video hosting wonderful.
These are some crazy animations! Bravo.
1st video I've watched of your's and an instant sub and like.
I'm going to do a braintruffle binge now lol.
Incredible video. This is so much more amazing than I realized
I wish all channels that try to teach something would take lessons from you...
Amazing visualisations. I enjoyed this video begin to end.
What a fantastic video! Thanks for sharing your creativity and knowledge.
That is actually really cool. Nice video.
In a magazine or maybe NASA. The pictures were "the most important event yet recorded". Comet Shoemaker-Levy9
Great video. The conclusion made me want to start a cult of jupiter, but instead of some buff thunder guy, it'd be Jupiter the planet.
Well this is immediately deserving of a sub
omg the small colosseum on the comet at the start! 😆
I watched this excellent video this morning. I have an idea that you might find interesting. It’s a little out there, but you clearly have the math and computational skills to look into it.
First, the problem. As you probably know, the Sun is getting brighter very slowly; the Earth will be too hot to support life and might come to resemble Venus. I think I have come up with an idea of how this might be avoided.
In a future much closer, we may be mining asteroids and manufacturing in space. I don’t think it makes much sense to send humans to mine and process materials. It will soon be possible to automate the whole process, and it makes sense that materials used in space be made there. This will also support the development of the manufacturing infrastructure to do so.
Here comes my idea: the automated systems building things in space will also be building their replacements. Needed will be exploration, prospecting, mining, and manufacturing systems. Also needed will be space tugs capable of carrying massive loads around the solar system. These could be used to divert asteroids and comets that might threaten the Earth.
Once this system is in place and running smoothly, it could build a fleet of tugs and accompanying devices to go to the Kuiper Belt to find and divert appropriately sized objects to the inner Solar System passing close to the Earth and deposit a little orbital energy, raising the orbit just enough to keep our planet habitable for billions of years longer than it would otherwise be.
My questions are these: How much energy would it take to divert an object from a circular orbit to a very steep hyperbolic one? How often would these objects have to come in order to raise the orbit by the needed amount? What would future cultures make of spectacular comets sweeping by every few years?
Just something to think about. Thanks for reading this.
Veritasium said the same thing about supernovae. One going off nearby could potentially eradicate all life on Earth, yet it was probably a nearby supernova (and Jupiter) which brought the building blocks of life to our planet in the first place
I was fed up with the recent increase in AI-generated recycled space channels.
This is the first real space channel I've found in six months. I'm very happy.
omg... it's just... beautiful...
p.s. part about comet is sooo true fr
just one word for this video! 'Perfect'
Such amazing high quality work, well done!
These orbital mechanics are surprisingly comparable to electron orbits requiring specific energy levels to move an electron from one shell to another, specifically an electron volt. But considering how these gateways seem to have some amount of standard deviation, it makes me wonder if maybe it doesn’t necessarily take one electron volt for electrons to change levels, but perhaps a standard deviation exists that can allow for greater levels of manipulation of matter on that scale.
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This was an outstanding video. Thank you.
Just saw this video in my feed and WOW, the Almighty Algorithm got it right with this one.
Liked, commented, and subscribed!
Excellent work 👏👍
This is beautiful. Made me tear up a bit.
holy hell this was so well made! Well done
Now this is my kinda content. Subbed.
I get it's not the same but, somehow this has the complexity and the weirdness that atomic (electron) orbital mechanics have. With the whole energy levels parallel and potential probabilities of occupied orbits. It makes sense that it would but, still so cool to see visualised.
WOW What a cool analysis..
Thanks for creating this video.
Great video presentation, but since it's the pantomime season, -"Don't look behind you!!" - The Sun is going to be the entity presenting us with our upcoming existential crisis.