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Imagine if this planet has a video about our own planet.

The universe is so amazing. I wish I would turn myself into pure energy and explore it all.

With the JWST up and running there should be plenty of new exoplanet discoveries, and we'll be learning a lot more about their physical characteristics. So yes, more exoplanets videos please!😄👍👍

It really is pretty remarkable we’re even alive on this planet. So many things Needed to go right in the past for us to be around right now

Imagine finding a planet like Earth, spending all that money to send people there and you find out it’s in prehistoric times similar to ours was millions of years ago with giant carnivores creatures😱 It would be inhospitable for us even if it had water,oxygen, vegetation!😱😱

The evolution of planets and solar systems make space travel really tricky. Mars used to have an ocean. We had freakin dinosaurs on our planet at one point. Which, I think is amazing.

If you look at the natural progression of stars giving us what we know about them can't you surmise that planet formation and evolution will always head in the same direction especially with such large numbers of exoplanets out there. There has to be life elsewhere.

Yes but also Europa, Enceladus and other water / ice moons in the Solar system - the environment at the bottom of the sea on Europa, which has definitely got under water volcanoes (Io the neighbouring moon is the most volcanic body in the Solar system), seems very similar to the ecosystems found on the ocean floor where there is volcanism.

I’m no expert but most of these exoplanets they claim to most resemble earth like conditions near red dwarfs seem unlikely to me. First you got the tidal locking factor which in itself is a big hindering factor. Earth is not only not tidally locked but even has the moon for extra stability. Second you got the radiation from the host red dwarfs due to its close proximity. Thirdly how do you get a magnetic field to deflect the radiation if you got no rotation due to tidal locking. Just too many unfavourable facts for the exoplanets next to red dwarfs to score so high on this index. Venus is a great example of a planet being so favourable outwardly due to its exact similar size composition and even laying within the inner bounds of the habitable zone yet just that slight distance difference and slow rotation makes it a completely uninhabitable world. So Venus with all its similarities is already extremely different and yet scientists are convinced that these vastly different exoplanets near red dwarfs are more favourable then Venus is. Im just not convinced.

Every time we get a planet like this, it has to be tidally locked!

Excellent!!! Thank you, Kosmo!

Awesome channel with awesome content and great quality as always say 🌍💯

Fascinating. Where can I get a ticket to TeeGarden B? This one's turning into ClownWorld Z.

Thank you, I hadn't heard of this exoplanet !👍

Heard about this planet quite a while back and there was some debate whether radiation from the star would allow life? It does seem likely that life could exist in that permanent twilight zone edging into permanent day. The light would be traveling through much more atmosphere much as it does for much of this world in winter which would balance the higher average temperature. Not sure how being tidally locked would effect weather patterns but with the star being as variable there would definitely be some variation? What a bizarre place and we'll never get to see it? Perhaps our distant descendants should we survive will?

What would intelligent life look like in a place that has constant daylight? It's never night. They never saw the stars except the sun. Do they even imagine that the universe exists?

Your narrations are top-notch!

We would not know until we send a probe and rover to check for its liquid water sources and goldilocks zone as well.

Our Earth is the only planet (as far as we know) a perfect planet for life in this whole universe

Anticipating some more wonderful information from your Chanel welcomed me. Thankyou!¡!¡! 💫👾💫🖖👁️✨

Yes, more videos about exoplanets would be great

What boggles my mind , is our sun is a star imagine how many stars there are..and how many earth like planets there are out there.

I dream about the Kosmo's at least once a week.

I have zero doubt there are plenty of planets out there that are not only similar but IDENTICAL to Earth. No doubt about it. Finding them though is like looking for a certain needle in a stack of needles the size of the sun.

Hubble space telescope: I just discovered the most Earth like planet... James Webb space telescope: hold my coolant tank... As always koooosmos 1st in space.

Teegarden B. Great!! Until I found out it was tidally locked. Solar flares could be happening frequently. Oh well. With our current technology it would take over 38,000 years to get there. So I guess we won't be landing there anytime soon!

Please re-introduce the "KooOOOssssmmoooo" in the intro before "The first in outer space" :D

Am I the only one that thinks this channel has some pretty great soundtracks with their videos?

Wonderful!

Wonderful narration, smart content, wonderful everything. But link the music at the end so we can hear ;3

It's time to have tea in the Teegarden.

The ESI scale should be -10 to + 10, earth being +10. I would give Teagarden a 1. A Red dwarf star is a flare star emitting deadly radiation. It doesnt have a large moon probably. Wind speeds and atmosphere composition are unknown. Earth has not been 28c average temperature for 3 billion years. To above +5, a planet needs to have a very similar star to sol.

I hope we develop something in my lifetime that can travel to these planets and take pictures .

I think that we shouldn't even look at any systems that don't have G-class stars. Red dwarf stars are too volatile and small to give us positive results.

Interesting and educational exoplanet lecture.

When you're so excited that you like the video as soon as it starts lol

They are out there somewhere 🤗 Lots of Galaxy’s in the Universe. 👍 Evolution goes absolutely crazy on every one of them. 😎👍

Super!!!

Awesome 😎

Spending trillion of dollars searching for something that can be completely unsafe but can't invest all that money in healing the planet we on yeah okay 👍🏾

So interesting 🤔

Yes! More exoplanet information!

A magnetic field should be the first item on the list! Teegarden b would be an interesting planet to explore! Radiation protocols would have to be strict!

update: from an article published in feb. of 2024 , the study updated the parameters of the planet, thus reducing its ESI to 0.90, making it no longer the planet with the hightest ESI . reference : Dreizler, S.; Luque, R.; Ribas, I.; Koseleva, V.; Ruh, H. L.; Nagel, E.; Pozuelos, F. J.; Zechmeister, M.; Reiners, A. (2024-02-01), Teegarden's Star revisited: A nearby planetary system with at least three planets

The whole planet is a garden full of tea plants. I'd just be too tired from drinking tea...

Teegarden b. - ESI= 0.95, 13 light years away. 👨‍🚀🧑‍🚀My next space travel destination.

What would we all do if we found Tardergrades on another planet outside our solar system? Somehow in the back of my mind i think we might run into that. I wonder what that would mean. There is some underlying similarity to life at the most basic scale if true. Personally i cant wait to see what creatures are living on other planets. We have discovered so much on this planet and i know there is a lot undiscovered but to be let loose on an alien world to see all its bespoke fauna and creatures would just be unreal.

Incrível Simplesmente Espetacular..

Hell yeah we love em!

Good video

These videos are so useful for first graders.

a planet is not a world. everything is the world and we just live on a planet in the world

Hey @Kosmo #Kosmo, what is the name/creator name of that song at the end of the video? Well done once again! Thanks for keeping us updated on Strange New Worlds!

9:28 That likelihood was taken into account when they attributed the 0.95 value to the planet. If I remember correctly, the might might be mostly flaring up from her polar regions, so basically, mostly outside the orbital plane. As for the temperature difference, thicker atmospheres and a high percentage of water on the surface might narrow the temperature range and make heat transport more efficient.

I'm very amazed to see more information about exoplanets the universe has so many secrets about exoplanets and I can't wait for you guys so show more

The more we learn of the direct influence and effect of our moon on this planet and it's 4 billion year development geologically and biologically, the more I realize that any "earthlike" planets we need to be looking for should have an oversize moon like Earth's. Otherwise I seriously doubt we will find any planets close to being like Earth, or it's life.

Whatever kind of life there may be out there it will certainly be nothing like us.😎

Nice video. My only gripe is that red dwarf stars aren't actually red. They shine with a whitish light, similar to that of a filament light bulb.

Well, many forms of life here on Earth have survived and even thrived in living conditions that are far from ideal. (Deep sea divers, creatures in the Mariana Trench, organisms in dark, freezing temperatures, the hottest, driest deserts, people climbing Mt. Everest; , etc. we evolve and we eventually adapt to our environments over time. So I wouldn’t be surprised if life could eventually evolve to be able to live comfortably on some of these planets.

if we actually detected life somewhere that would mean that the whole universe is teaming with life

The Teegarden system is in the constellation Aries

Human curiosity never ends, they think about to colonizing (invade) a foreign planet…😁

How can we determine the scientific rules that apply here on earth 🌏 are the same in other parts of the universe?

Interesting that you said that water vapour reflects heat and cools the planet down. Most experts in the field of astro physics reckon that the increase in heat to Venus was caused when it's own oceans evaporated and and help contribute to the runaway greenhouse effect. The hotter it got the more evaporation. Leading to a viscous cycle that continued until all the water had gone. For this reason too, It's is also believed that Earth's own version when the sun get's hot enough will makes Earth's turn even worse because of it's strong magnetic field, Which Venus doesn't have. So the Earth won't lose it's atmosphere nowhere near the rate that Venus is.

I believe that from a terraformation standpoint, rather than looking to run and colonize an already perfect planet, a cold earth like Teegarden C is more ideal for being harnessed on a higher technological level. What I'm looking at is whether a planet has enough gravity for us to walk on the surface, no life so that we could develop it without any ethical concerns, and stable enough that it could get turned into a movable planet with huge propulsion systems and taken out of the original system entirely. A planet like Venus is actually perfect for terraformation also, but rather than trying to make a miracle atmosphere like our own, which is fragile, I think we need to look at covering a planet with a diamond glass geodesic dome all the way around. Actually multiple layers. That way, we could customize the atmosphere within far quicker, almost as soon as the dome is constructed, and the conditions inside the dome could be kept warm even in deep space all the way away from a star. What is extraordinary about a planet like Teegarden B is that its possibly teeming with life, who knows what type of plants exist there but we could be looking at new sources of plant based food and beneficial atmospheric regulators like trees even when these planets don't have any creatures like humans upon them. The ideal in my eyes is taking beneficial life forms to one of those hot or cold earth's without any life, but a sturdier crust, building up an exocrust for strength and stability, building a geodesic dome to contain an atmosphere and protect from impacts, and then collecting those types of hot or cold earth's together into a new type of galactic hyperstructure made only of planets and no stars. The planets could be made to orbit inside of a hyperdome the size of a dwarf system with a central heating element, space elevators connecting all the planets and the ability to move the entire system to keep looking for more planets to add. This system right here is exciting because the first step towards that could get taken quite close to us, even if it means we find a cold, lifeless earth sized rock with nothing but ice on it. That type of rock has to get the miners and engineers in us all excited because we would have far more longevity and safety on such a planet than the wild one that we come from, where everything suits us temporarily but is so subject to change. I think that all in all, when you look at planets through the lens of terraformation, an earth like planet such as Teegarden C is more cut out for us as masters of technology and space mining than one lile Teegarden B, which is probably wild like earth and more dangerous, less movable, and could even come with a hostile humanoid like species who wouldn't want us messing with their home. The uninhabited earth's are the real treasures in my eyes, amazing to think how many systems have ones that aren't gonna be looked at as lucrative by the thinkers of yesteryear despite untold heaping mountains of precious metals and such waiting to be harnessed... it's an exciting time to be into astronomy

*PLAYING on their minds

Yes please 🙏

I have scant hope that any planets around red dwarfs will ever host life as we know it, or at least beyond microbial form. Too many issues - radiation, tidal locking being the main ones.

yes

This is why it amazes me that a lot of people don’t believe in life out there

I would not exclude Teegarden c yet, though. An Earth-like planet has active volcanoes pumping up a lot of CO2 into the atmosphere; the volcanoes do not care about the amount of energy that the planet gets from its star and its surface temperature. Now, iIf the planet is covered in ice, then there is little if any evaporation. Thus, no rains. CO2 is not removed from the atmosphere and piles up, producing a powerful greenhouse effect that eventually thaws the icy surface. Once an ocean is formed, rains begin and start removing CO2 from the atmosphere, stabilising the CO2 levels and the temperature around 10-20 C. There is some strong indication that Earth itself went through "Ice-ball" phases, when it was covered in ice and glaciers down to the equator. However, Earth volcanoes thawed it. I am more worried about the possibility that UV flux and stellar wind - both of which are particularly strong around a red dwarf - may have eroded the atmosphere. Teegarden's star is not a very "active" red dwarf; but what it produces might already be enough to slowly strip both Teegarden B and C from their atmospheres over geological eras. This is what you get if you orbit a star that close...

Teegarden c can become Earth 2.0 with nitrous oxide or sulfur hexaflouride. Nitrous oxide having an atmospheric life of 114 years is enough to warm up a whole entire icy planet.

i heard there might be different subtle beings on certain stars and planets, like Sirius, Arcturus, Procyon, Lyra, Pleaides, in parts of them, where they are the most advanced in terms of high vibrational light bodies of Divine Love, harmony, beauty, compassion, peace, joy, laughter, gentleness, Divine Feminine, etc...These are the ones i'm interested in, but no one will be able to see those beings unless they have some inner vision....i almost can't stand a lot of the horrific, hellish planets, which are most, it seems....They are very scary....Alcyoneous looks pretty highly advanced in the above qualities, just from the looks of it...i looked for footage of those stars and planets mentioned above but there were hardly any...i can't believe that...i think the Pleaides is somewhat nearby, but don't see any real footage of it....i think very high vibrational stars and planets are extremely rare...most look very scary....i know i don't want to be in a human body a whole lot longer...i really don't like it....When i was a teenager, a certain species of The Greys, (lower vibrational), abducted me, but i blacked out...they were very aggressive and terrifying, and i don't recommend getting mixed up with them, although i heard the tall white Greys are not as harmful, but i don't know for sure...The tall greys are still not considered high vibrational though...

Interstellar was a good movie. Watching this made me think of that a couple times.

Time to point JWST at it and see what the atmosphere is comprised of. It could contain life!

Even though the planet is out of the habitable zone, life could still be supported close to the ocean floor, as the life would be warm by the planets core.

This will be my thesis

Thanks for the video, but frankly I could give a hoot about planets light years away when we can't even reach Mars let alone Alpha Centauri

Teegarden c very well could have had life on it. Before the star turned into a red star

Funny how we talk about finding micro-organisms on Earth-like planets but not fully developed intelligent species as if every planet is by standard a host for lower life forms than ours.

1:44 What's that music in the background called?:D

Yes please brother

Is there teegarden A? Also what a beautiful naming of a mysterious world. Thank you kindly - Dear friend @Kosmo u 🚀🆙 & on

A tidaly locked planet should be less then 0.70. Not fricking 0.95.

How could it’s ESI be that high? The fact that its star is a red dwarf alone, shouldn’t give it a ESI that high.

Just know that " Life comes from Life!!!".

If we can’t rule out life on a planet 12 light years away I’m not sure how life on Venus is “totally out of the question”. Venus has atmospheric anomalies that remain unexplained but suggest life is possible.

Maybe The Exo Planet named Teegarden B may very have a City on it called Boston B?

What is the outro song ?

I wonder if "most" humans think when we look for other exoplanets or planets suitable for life....that we are looking at that them for our potential future move. not thinking for a second that there may be someone already there.

ESI = 1 (Goldilocks zone around parent star, planet system formed in post stellar Super-Nova dust cloud capable of forming elements more complex than iron, early planet collision in planetary system formulation leading to higher than normal core content (*gravity) and larger than normal moon formation leading to stable clement axis tilt of parent planet.) btw the large moon is the kicker...

I can't wait to be able to project my consciousness to other worlds in the future :) That technology needs to hurry up already

The first thing is you discover how to accomplish super luminal speed! Even if tomorrow we find a dead ringer to earth, if it is a half of a light year ! We can’t get there!

We just a drop in the ocean

As long as they can’t get from there to here, and more importantly we can’t get from here to there, I have no problem with habitable worlds.

if life does actually exist there, they,ll probably evolve to be very sensitive to bright light.

We should be looking at stars that are very similar or exactly like our own. This would then likely mean that its habitable zone would be close to what our own is and if there is a planet there it would be likely that is very similar to Earth as well. Looking at red dwarfs will ultimately get us nowhere because any planet orbiting in its habitable zone is bound to be tidally locked and its orbital period only lasting a couple of days which is very likely not going to be able to support human life. We need that 365 days orbital cycle to function properly due to our biological rhythm and also we depend on oxygen. Some recent studies show that oxygen production depends on slow day/night cycle that Earth has. Plus the planet has to have almost exact axial rotation as our own (about 24 hours) and likely also a big enough moon to promote tides (tides are important for ocean life cycle and currents). So looking at planets that have far less than that is pointless because first of all, oxygen production would likely not be good enough to sustain us, if that planet could contain oxygen atmosphere at all due to close proximity to its star. Bottom line, we should be looking to first of all find G type main sequence stars that have similar or exact temperature as our own, and only then look at its planets. Stop wasting time on these small stars that are clearly not good enough to sustain us. We found thousands of planets so far, but none seem to have panned out as a potential ''next earth'', because we are looking in the wrong places. Now im no expert by any means but this is what i found by reading various papers on the topic

Here's a question...What lifeforms are on that planet? There could be unknown bacteria and viruses.Their could also have unknown or more importantly,creatures that could have toxins that when humans encounter them,could kill them.

While I think this is fascinating and I wish we had the technology to go see these planets and explore them ourselves, I can’t help but wonder… How do they know the compositions of these exoplanets? They can’t see them except as a wobble in the light from their host star or perhaps a spot in front of the star. So how do scientists know it’s a rocky planet with a solid core, a mantle and a thin crust like Earth? How do they determine the temperature and off and what type of atmosphere these planets have? Yeah, they use mathematical processes to determine temperature, but I’d like to know the exact process and how they came up with it. I mean… is this something we can put even a little faith in or are these scientists just pulling these equations out their butts and saying, “Yeah, that sounds pretty good”? Maybe you could do a video explaining the process a bit more so we know that we may not be alone in our galaxy and that these scientists aren’t just pulling these things out of nowhere to make us feel better and give us false hope.