NASA Has Just Found the Most Horrible Planet in the Universe

NASA Has Just Found the Most Horrible Planet in the Universe

The universe is full of surprises, and astronomers using the Chandra X-ray Observatory have recently made a jaw-dropping observation. In the Pisces constellation, scientists discovered a white dwarf named G29-38 that's been devouring the planets that orbit it. The dead star's powerful gravity is tearing apart the once-massive planets, while turning them into hot glowing chunks of plasma.

But not all planets go down without a fight when it comes to being eaten by its host star - sometimes the star will bite off more than it can chew.

Astronomers from the University of California have found that while stars can eat up small planets like the Earth with no problem, if a super-Jupiter planet plunged into a star, it would create a huge shock wave that could cause the star to expel its entire atmosphere of extremely hot plasma out into space. The process is so intense, it can even tear the star apart from the inside out.

The impact is so violent when a planet collides with a star, it breaks apart and sends matter and gas flying out into space. The ejected matter and gas can then come together and form an entirely new world. But these outcast planets often have to endure harsh conditions as they journey through space on their own.

How do such wandering planets bend the laws of physics to adapt to their new home in deep cold space? And what other weird worlds out there does the universe hold?

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The Destiny voice:

[YOURBAEQUIN]

That's the problem tbh.

You're limiting your imagination, aliens could be living off of radiation, energy or even the vaccum pressure of space. Maybe they don't even need a planet to survive. Ofc it's logical to think that we could find life on another planet like Earth but it's also illogical to think we can't find life in outer space or in a giant ball of fire.

[gootvansquid]

I wanted to hear about a strange planet but far into the video we're talking about a bunch of stuff most people who watch a vid like this already know. i got tired looking for the actual topic and stopped watching

[summatim]

Summary was generated by Summatim, let us know if there are any inaccuracies! 🤖
0:01: White dwarf devours planets
0:34: Super-Jupiter planet can tear star apart
1:36: Outcast planets
4:04: Extrasolar Object Interceptors
4:11: Poltergeist planet
5:49: Beta Pictoris b
7:18: AB Aurigae b
9:06: GJ 3512 b
10:14: James Webb Space Telescope and Ariel mission

[ravindrasp]

Super awesome detailed info on such wonderful planets..it defies all pur thinking on space and its complex systems. Really baffled by this!❤

[Tarnished-bngq]

Outcast Planets locking orbit with stars, as well as planets formed from random debris near a star rather than from its disc, are relatively uncommon as far as we know, but they have been recorded several times.

[dominicsalazar]

theoretically, if life on earth came from microbes, could life on poltergeist come from microbes that can thrive from radiation and not so simple beings evolve from them?

[nirvyrth]

I have question, the earth complete one year at 365 days and mars complete it at 687 days, if 2 person born at same time but one on earth and one on mars, after 30 years the one on earth he will be 30 years and other one Will be about 15.95 years, so they will be at same age or the person on mars will be younger than person on the earth?

[leeroyzizhou]

"Beta Pictorius b has a surface tmeperature of 1451 degrees Celcius, too warm considering it`s about the same distance as Uranus from the sun as from its star; it`s rotation just takes avarage 8.1 hrs on it`s axis, about 2hrs faster than Jupiter. The temperature is higher than expected and this is possible probably because of the intense atmosphere trapping terrestial radiation."

Another reason is because it`s still in the early stages of its formation. It`s confirmed to be 20 million years old; that`s still a very early period given the size of the planet. Probably an outcast planet from a different and younger star, and the planet wound up in this star`s influence. The planet along with the celestial dust cloud could have been foreign and then lured into this star`s orbital system. And since the star was being pulled for the majority of it`s time after it`s formation, it`s still without being yet locked in orbit of a star`s system, so then the accretion disk would still yet to be formed from the aformentioned celestial dust cloud.

So surface temperature on the planet would be high due to the celestial clouds, independent of how far these clouds are confirmed to be from the planet. But say these clouds are part of the planet`s gravitational system, then the temperature would be high as the planet`s rocky composition for now still has it`s accretion disk tidily locked on one side of the planet as the aformentioned celestial cloud. The celestial cloud at this stage of the planet`s development is pullling like how a moon`s tidal forces keep the planet warm on that side. Such a distribution means an intense rotation like 8hrs = 1 day would create an inertia that warms the mantle from the intense movement given the shear size of the planet.


I believe that another reason for this lies in its rocky composition when it has intense magnetic polar difference. To be precise, it has a very dense planetary magnetic field creating torsional forces that cause a faster rotation about its axis. However, the difference between it and Jupiter lies in composition; Jupiter is a gas planet, while Beta Pictorius b is a rocky-composition planet, much like the earth. So while the rotation of Jupiter transmits almost just as much heat from its asthenosphere as this planet, the heat diffuses through the planet storms as is very well one if the reasons why there that many storms. However, for a rocky normal planet like it, the heat is retained on its crust and is not lost to the turgent air parcels` storms that dessipate the heat as latent heat for their own rotations as they rampage.

Let`s assume that the planet would have the same rock composition concentration as earth (15 degrees Celcius average surface temp.) Take the earth`s rotation whose rotation has caused an evolution of temperatures to be 15K lower than they were 3.5 billion years ago. Now also multiply this figure by 227(estimate number of times earth is older than this planet in years). You get 3405 degrees celcius. Now divide this figure by 3 (as the earth is about 3 times slower to rotate than this planet). And since this planet`s distance is considerably far from its star, its axial rotation speed won`t be affected by the start`s gravity. You get a surface temp of 1135 degrees celcius. From 1135 to 1451 degrees celcius, that difference comes off from the size, celestial cloud influence and magnetic field.

[lm_Genie]

Lol same exact thumbnail as Ridddle. Straight robbed em

[MeJustAimy]

and people wonder if we’re the only life, we’re an anomaly

[puckerbutton]

video at 999 views

TODAY IS MY FUCKING DAY LETS

[greenbean]

Lol nasa just discovered a real life unicron let's just hope we have a matrix handy

Edit: "in the end everything you ever care for will be consumed"-rotb scourge

[writerblocks]

When he said “beta pictoris” I though he said beat up clitoris

[jasonhayward]

They need to, to keep their massive budget. And each story gets hyper hyped daily to let tax payers know .

[jaydenlongest]

White Girls: omg thats exactly what a pisces would do 😂😂

[susanmiller]

Should focus more on FACTS rather than the WHAT IFS!

[susanmiller]

Way too many “What Ifs” on your YouTube channel!

[Sniper-cfvv]

Did he say nover? There is no R in nova, 🤣😂

[TheApexRabbit]

Dont put this "ai generated image" its distracting and killing the magic

[wictoriaolofsson]

Probably what happend to tiamat which is written in cuniform tablets and depicted on rocks by the ancients which createz our astroidbelt