A small correction - ice sheets are more likely to form on planets with low axial tilt, since for the formation of long-term ice it is more important not extremely cold winter but rather a relatively cool summer which will not be hot enough to melt everything which deposited over the year. That's how Milankovitch cycles work on Earth also - when the tilt is the smallest (around 22 degrees) is when the biggest ice sheets form and overall it is cooler.
It does make sense that floating ice continents are more likely to happen on low axial tilt planets due to cool summer temperatures, I should've mentioned that. However in the video I discussed the possibility of a more dynamic scenario where an ice continent forms during winter and then fully or partially disappears during summer, such a planet where that can occur is one with a great axial tilt but also a very long year, for example triple or quadruple the length of a year on Earth.
@@DrekslerAstralhaving roleplayed as a sentient saguaro cactus online for nearly 4 years, I’m curious as to what time period or MYA, + a place on earth’s surface at that time, combos, you’d recommend my cactisona to visit.
Dude I made a fictional planet that has giant ice bergs as continents and didnt know it was actually feasible in reality oh my god the convenience of this video.
I imagine they are very common indeed. They form out of the ice line, like Ceres did, then migrate into the HZ, like Ceres didn't. Presto: Mars mass worth of planet, Ceres mass worth of ocean. One interesting feature: hot ice forms under the sheer pressure of all that ocean. That ice is too dense to float.
One of most interesting and exotic possibilities would be a planet that have water but also a large amount of hydrocarbons. Hydrocarbons as inmiscible and of lesser density of water would form a separate ocean atop of waterbody. That would made rather unique conditions for eventual life.
I have a story where i have a world thats much bigger than earth its a mostly rocky/ferris world with a thick ice and ocean underneath layer where life develops, and it photosynthesizes under the ice from the underwater volcanoes creati g oxygen that then leaks out from underneath the ice and liquifies onto the surface to form oxygen lakes
On planets like Titan I could imagine ice continents. It’s a mixture of Water, Ammonia and Methane but only Water floats as a solid. Water also becomes much harder at those temperatures.
Imagine a planet where the continent slowly fades away in the sunlight as new land forms in the shade, any land creature would need to constantly move in one direction or drown. Fun concept I think!
I doubt there would be any land creatures considering there is no actual land and usually nothing grows on ice, and if the ice is 1. away from sunlight most of the time 2. constantly melting as it reaches the day, I doubt there would be time for anything to grow there
@KepleroGT It could still be useful for laying eggs and getting away from predators. I mean didnt arthropods first get onto land when there was nothing there?
Considering there are between 100 and 400 billion stars in the Milky Way alone, most of which contain one or more exoplanets. it’s safe to say that there are at least a few fully oceanic worlds out there, water or otherwise
Our own planet is 70% covered by water. It isn't much of a stretch to imagine a planet that is 100% covered by water, given the sextillion planets out there
It would probably be similar to mercury, with a large iron core. At that distance, it is almost certainly tidally locked, and the forces acting upon it might give it volcanism along with lava lakes.
I don't know if the maths have been done, but it strikes me that after 4.5 billion years, the tidal forces of the Sun's upper atmo?sphere and planets like Venus and Jupiter would have crushed Vulcan by now. Turned it into a ring of rocky asteroids.
I am glad I finally found a space channel where the content is to the point and straightforwardly delivered instead of large sweeping narrative pieces that are unrelated to the video playing on screen. Like there are so many videos that are supposed to tell me about idk, ice ages, and stuff. And the narrator would be like" Let us begin at the beginning of time" and there are tons of stock footage of fucking deserts, tropical rainforests, people talking around a bonfire at the beach like bro. Just tell me the science behind ice ages I don't wanna waste time or listen in x2💀. I would prefer even a Powerpoint presentation at that point to whatever type of AI generated content that is.
Can you do a video on planets with different kinds of weather? Like for example methane rain on Titan, the Great Red Spot on Jupiter, Venus acid rain, and Uranus and Neptune having diamonds.
Planets that are unlikely to support life could be interesting too, like for example I've imagined a planet that is the moon of a gas giant which orbits an orange star on an orbit where average temperature is around -50°C, the moon is quite big, like smaller than Earth but bigger than Mars and has mostly CO2 ice crust and has an atmosphere around 3 times as dense as Earth's atmosphere and on the surface it supports ammonia oceans and seas and also has some other more rare liquids but mostly it's ammonia, also most of the surface is usually kinda yellowish-orange-white. There are also cryovolcanoes which are quite powerful because of the thick CO2 crust and pressure at the bottom, they also transfer metallic and some other heavier particles to the surface and oceans, also the moon is subjected to the tidal forces from the gas giant and has some kind of tectonic activity
I've always been kind of confused like if you've got a planet right in the middle of the habitable zone why is there any part of that planet that's ever cold no matter what direction the planet tilts it seems like the ambient temperature in that Goldilocks zone would be enough to leave everything nice and warm and comfortable everywhere on the planet but obviously that's not the way it works and I just find that kind of weird
17:21 - I've always wondered about these planets....oceans of Iron Oxide....imagine standing on the shores of that ocean on such a planet. The possibilities are endless....what lies out there?
1:59 I love this video so far! I did just want to point out that this is a 2016 study, and a lot has happened in the last 9 years. I believe we just saw that 1.5° C tipping point this summer, i may be mistaken, but this has greatly decreased the amount of ice at the poles. Anyways, great video so far, I'm jumping back in!
A small correction - ice sheets are more likely to form on planets with low axial tilt, since for the formation of long-term ice it is more important not extremely cold winter but rather a relatively cool summer which will not be hot enough to melt everything which deposited over the year. That's how Milankovitch cycles work on Earth also - when the tilt is the smallest (around 22 degrees) is when the biggest ice sheets form and overall it is cooler.
It does make sense that floating ice continents are more likely to happen on low axial tilt planets due to cool summer temperatures, I should've mentioned that. However in the video I discussed the possibility of a more dynamic scenario where an ice continent forms during winter and then fully or partially disappears during summer, such a planet where that can occur is one with a great axial tilt but also a very long year, for example triple or quadruple the length of a year on Earth.
@@DrekslerAstrala planet with slow rotation should work, plenty of evaporation and rain in one side, ice on the other.
@@DrekslerAstralhaving roleplayed as a sentient saguaro cactus online for nearly 4 years, I’m curious as to what time period or MYA, + a place on earth’s surface at that time, combos, you’d recommend my cactisona to visit.
Clicking on a video like this and not hearing a text to speech voice 😊
So true.
Yes!!
Organic voice finally
It's the latest patch with slight Euro accent..
WDYM this is clearly ai generated
Dude I made a fictional planet that has giant ice bergs as continents and didnt know it was actually feasible in reality oh my god the convenience of this video.
Bro same,I remember making a whole spec Evo project about this...gosh when was it,3 years ago?
cant believe the universe would commit plagiarism
@@1030k more like this guy committed plagiarism on the universe
hycean planets are so cool if im going to be honest like just the concept itself is pretty crazy!
Yes they are my favourite types of planets
WOOT I found a non-AI channel! liked and subbed! ^-^
It's great ngl
Your videos are getting more and more interesting by the day. Good job!
"there are exoplanets out there that are fully oceanic" literally half of terrestrial planets in SpaceEngine
I imagine they are very common indeed. They form out of the ice line, like Ceres did, then migrate into the HZ, like Ceres didn't. Presto: Mars mass worth of planet, Ceres mass worth of ocean.
One interesting feature: hot ice forms under the sheer pressure of all that ocean. That ice is too dense to float.
*Temperate Superoceanic Superaquaria*
"really? another one?"
Me when I'm searching for cool planets and it's just temperete superoceanic aquaria
@trabant601e real asf but lowkey just filter for temperate marine terra
@@Ceereeal when I find a cool looking temperate marine terra with life but the atmosphere pressure is 567 atm somehow (how is the life even alive):
I never even thought about this. Good video👍
Good to see you are back to regular uploads
Been watching you for a while... keep it up!
One of most interesting and exotic possibilities would be a planet that have water but also a large amount of hydrocarbons. Hydrocarbons as inmiscible and of lesser density of water would form a separate ocean atop of waterbody. That would made rather unique conditions for eventual life.
sounds like you just invented Titan
9:10 Shrek-head-shaped magma formations?! With 2 segments that look like hands…
I have a story where i have a world thats much bigger than earth its a mostly rocky/ferris world with a thick ice and ocean underneath layer where life develops, and it photosynthesizes under the ice from the underwater volcanoes creati g oxygen that then leaks out from underneath the ice and liquifies onto the surface to form oxygen lakes
it would be funny if the entire water planet froze because there would be an inverse greenhouse effect caused by microorganisms
On planets like Titan I could imagine ice continents. It’s a mixture of Water, Ammonia and Methane but only Water floats as a solid. Water also becomes much harder at those temperatures.
Water ice wouldn't float on liquid methane
Imagine a planet where the continent slowly fades away in the sunlight as new land forms in the shade, any land creature would need to constantly move in one direction or drown. Fun concept I think!
I think that the evolution would made flying animals
@@elsalchipapo& swimming 🏊♂️
I doubt there would be any land creatures considering there is no actual land and usually nothing grows on ice, and if the ice is 1. away from sunlight most of the time 2. constantly melting as it reaches the day, I doubt there would be time for anything to grow there
@KepleroGT It could still be useful for laying eggs and getting away from predators. I mean didnt arthropods first get onto land when there was nothing there?
@gangstascout3593there were plants there and mushrooms.
Great video. Most interesting 👍✨
How do we know of the existence of fully oceanic planets?
We don't. We just make educated guesses
Considering there are between 100 and 400 billion stars in the Milky Way alone, most of which contain one or more exoplanets. it’s safe to say that there are at least a few fully oceanic worlds out there, water or otherwise
Our own planet is 70% covered by water. It isn't much of a stretch to imagine a planet that is 100% covered by water, given the sextillion planets out there
I completely forgot about this channel, this was recommended to me when I was in another space phase
Thanks for the info I enjoyed this video and watched it to the end
i find it so dystopian that most of the comments are about how this isn't ai slop. truly we're living in the corpse of the old world
You like throwing the word around
What If the hypothetical rocky planet between our Sun and Mercury (Vulcan) existed today
It would probably be similar to mercury, with a large iron core. At that distance, it is almost certainly tidally locked, and the forces acting upon it might give it volcanism along with lava lakes.
I don't know if the maths have been done, but it strikes me that after 4.5 billion years, the tidal forces of the Sun's upper atmo?sphere and planets like Venus and Jupiter would have crushed Vulcan by now. Turned it into a ring of rocky asteroids.
so great !!! thanks !!
I am glad I finally found a space channel where the content is to the point and straightforwardly delivered instead of large sweeping narrative pieces that are unrelated to the video playing on screen. Like there are so many videos that are supposed to tell me about idk, ice ages, and stuff. And the narrator would be like" Let us begin at the beginning of time" and there are tons of stock footage of fucking deserts, tropical rainforests, people talking around a bonfire at the beach like bro. Just tell me the science behind ice ages I don't wanna waste time or listen in x2💀. I would prefer even a Powerpoint presentation at that point to whatever type of AI generated content that is.
You just gave me a new personal novel to write
Very interesting !! 🚀🚀
Can you do a video on planets with different kinds of weather? Like for example methane rain on Titan, the Great Red Spot on Jupiter, Venus acid rain, and Uranus and Neptune having diamonds.
You got me all nostalgic for the melt season yeti hoo kars or Hibernia 7!
Planets that are unlikely to support life could be interesting too, like for example I've imagined a planet that is the moon of a gas giant which orbits an orange star on an orbit where average temperature is around -50°C, the moon is quite big, like smaller than Earth but bigger than Mars and has mostly CO2 ice crust and has an atmosphere around 3 times as dense as Earth's atmosphere and on the surface it supports ammonia oceans and seas and also has some other more rare liquids but mostly it's ammonia, also most of the surface is usually kinda yellowish-orange-white. There are also cryovolcanoes which are quite powerful because of the thick CO2 crust and pressure at the bottom, they also transfer metallic and some other heavier particles to the surface and oceans, also the moon is subjected to the tidal forces from the gas giant and has some kind of tectonic activity
Finally a real person
Would sediment form or build on such an ice continent? If so, how?
Hol on
That texture looks similar, did you use solar smash?
My nit: I don't think liquid oxygen oceans will do well with nitrogen. I think they'll mix and create a very funny atmosphere
The planet when liquid methane: 🔥🔥💥💥💥
Nice
Oceanic Planet would be a sick band name
I've always been kind of confused like if you've got a planet right in the middle of the habitable zone why is there any part of that planet that's ever cold no matter what direction the planet tilts it seems like the ambient temperature in that Goldilocks zone would be enough to leave everything nice and warm and comfortable everywhere on the planet but obviously that's not the way it works and I just find that kind of weird
17:21 - I've always wondered about these planets....oceans of Iron Oxide....imagine standing on the shores of that ocean on such a planet. The possibilities are endless....what lies out there?
A person?
That’s crazy!
Can you make a video about astrology and the connection to our Planets?
1:59 I love this video so far! I did just want to point out that this is a 2016 study, and a lot has happened in the last 9 years. I believe we just saw that 1.5° C tipping point this summer, i may be mistaken, but this has greatly decreased the amount of ice at the poles. Anyways, great video so far, I'm jumping back in!
We have that here, its call the artic
what about antartica that is a floating ice continents right?
Antarctica has a large amount of sea ice surrounding it, but itself is a large rocky continent
Antarctica is a land mass with lots of ice. In fact there even a great amount of fossils under the ice from when the continent was more to the north
Ammonia oceans not mentioned but iron oceans are? I am sad.
I thought you'd discuss how the continents would behave and not just list what planets could have them
We have a floating ice continent here on Earth, you never hear of the Arctic Ocean?
Good morning DA
Warning: Detecting multiple leviathan-class creatures in the vicinity. Are you certain whatever you're doing is worth it?
I guess a tidaly locked water world could have a boiling sea on its day side🤔
Ngl thought this was a bad apple video played on earth 😭😭
There are probably planets out there that we haven't even imagined yet, thanks Drex!🪐🪐👍👍
They should name these planets after wolves
kah me shkon. syri. del pika. sakte ketu kah pas varrezat. te parve te mi. jan vjedhe. eshtrat. jan shkatrru. varrezat. sakte
New video
W
birds
are (geno sans quote chain)
Oxygen and hydrogen atmosphere and then oxygen lakes and oceans in hydrogen atmosphere... am I missing something? 🤔
10:36 introduce this planet to methane PLEASE
I have a very hard time believing this.
😂😂😂😂😂😂
So robotic, monotone and slow.
Only 3 minutes in and you're practically putting me to sleep