#white hole in space

[learningcrazy]

What Are White Holes? How They Are Formed?

Have you ever heard of white holes? They might not be as popular as their counterparts, black holes, but they’re equally fascinating and mind-boggling. In this article, we’ll dive into the intriguing world of white holes, exploring what they are, how they differ from black holes, and what role they might play in the universe. Table of Contents Sr#Headings1What Are White Holes?2The Connection…

[inspectorspacetimerevisited]

What would happen if the Inspector tried

to steer the BOOTH into a white hole?

[mysticstronomy]

CAN A BLACK HOLE CREATE A STAR??

Blog#359

Wednesday, December 20th, 2023

Welcome back,

Not all black holes are the destructive monsters they're often made out to be, according to new research done with the Hubble Space Telescope.

Scientists from Montana State University published an article in Nature this week that found a star formation in Henize 2-10, a dwarf starburst galaxy — and they say the black hole at the center of that galaxy actually created them.

"We conclude that this black-hole outflow triggered the star formation," the authors wrote.

The findings provided insight into a decade-old mystery about whether smaller galaxies had black holes proportional in size to larger ones, according to NASA.

"Ten years ago, as a graduate student thinking I would spend my career on star formation, I looked at the data from Henize 2-10 and everything changed," Amy Reines, a researcher at the University of Virginia and one of the study's authors, told NASA. "From the beginning I knew something unusual and special was happening."

Reines told NASA that she expects even more research into dwarf galaxy black holes in the future. Using them as clues to better understand how supermassive black holes came into existence would solve a persistent problem for astronomers, and NASA reports that of the three leading theories about how black holes are created, none of them stand out as more likely than the others.

"It really has become the big question: where did they come from?" Reines said. "Dwarf galaxies may retain some memory of the black hole seeding scenario that has otherwise been lost to time and space."

It's poetic that an unusually creative black hole defying rules about how black holes are "supposed" to act may actually help scientists understand the most ancient of galactic mysteries.

Originally published on futurism.com

COMING UP!!

(Saturday, December 23rd, 2023)

"HOW MANY TIMES HAS THE SUN TRAVELED AROUND THE MILKY WAY??"

[evelyn-art-05]

indescribable and uncontrollable urge to be consumed by a supernova. just btw

[stimiez]

CREDIT 🌑 - black hole / space stim

[heliosphere-underthesky]

COMIC - Cosmic Mysteries: Black Holes

(Heliosphere: Under the Sky is an original solar system project with personified stars and planets)

Space facts!

Black holes are mysterious. They are huge concentrations of matter packed into very tiny spaces.

A black hole is so dense that gravity just beneath its surface, the event horizon, is strong enough that nothing - not even light - can escape.

Black holes can be stellar or supermassive.

However, continued studies propose intermediate (middle ground mass), primordial (formed with the universe), and ultramassive (in the case of TON 618).

Black holes (NASA) | Sagittarius A* (Space.com) | Ultra-massive black holes (Universe Today)

[danbisroom]

Ep. 27 - The Moment We Touch Each Other Amidst Stardust

Hello my beloved fellow souls,

welcome back to Danbi’s Room, your weekly dose of safe space. Go grab a cup of something warm and get yourself cosy.

I hope that during the past week you had some eye opening conversations. I hope that, like me, you’re surrounded by people who feel like a light and tender kiss on your forehead. I hope you feel loved and that you remember that who loves you does so because of who you are not for what you do.

Sometimes that might feel the same as a collision, as we are not used to that kind of love.

Usually, when stars collide, they give birth to new planets. But not always.

There’s a road not taken, at least not often. It’s scary and tortuous, but it allows you to slow down to your own pace and to witness the most sublime visions, some that only the Gods were able to see before.

You see, sometimes, when a star explodes as a supernova, she leaves behind a compressed core: a neutron star. Half a million Earths in a ball of 20km across.

If fate decides on such a grand event, two neutron stars meet and when they do they spiral towards each other, deforming by the hands of their own tides, shattering and collapsing into the creation of an all-sucking black hole, leaving only some particles to light up the event horizon.

What a beautiful name.

Event horizon.

The bubble between the black hole and the rest of the universe. The fine line where the complete darkness of possibilities meets their manifestation. Where the whirlwind of time and space, of two souls, has bore another world hatched from the filled chasm of lusters making love to each other amidst stardust.

They tear apart the somber eternal sky in order to create.

There’s a new interesting theory, which is the one about white holes.

Reversely, stuff can get out into the universe but it can never ever get inside the hole. Physicists have only theorised them, we have zero clues about their existence but someone has put out the idea that, since we don’t know how black holes die and are reborn into a new life, white holes might be the answer. Some even say the Big Bang might have been a white hole. If that were to be the case we’d basically have the ultimate proof of the truthfulness of eternity. Now, science doesn’t rely on gut feelings, as much as they can be a stimulus to start a research, but like…If I close my eyes and gently place a hand on my womb all of this makes so much sense.

Nothing’s a coincidence.

It's all so beautiful and special.

I am you and you are me, surrounded by each other’s gleams, caressing the specks of ancient stars reemerging on our own cheeks.

Beneath a black hole there’s a white one, always a new cosmos, another universe sewn by doom.

We’re all doomed to be reborn and swirl up the vast emptiness, so that we can go on and shine.

Today’s song recommendation is Black Hole by Bang Chan and I.N. You can definitely guess what it’s about but please, read the lyrics while you listen to the live version, it will make your heart full.

I hope you enjoyed this episode and that you have a beautiful week ahead of you!

I’ll see you in the next one, big hug!

With love, yours,

Danbi

[the-leech-lord]

⚫️Evolt Black Hole Form Stimboard⚫️

🛸🛸🛸|🛸🛸🛸|🛸🛸🛸

[dbaydenny]

The limestone quarry

has no horizon, it falls

beneath the surface

of an eaten away edge,

a white hole somewhere in space.

.

D W Eldred

[pinkidolly]

♱ the little girl just could not sleep because her thoughts were way too deep, her mind had gone out for a stroll and fallen down the rabbit hole ₊˚ෆ

[scottguy]

A 'white hole' ( Theoretically and according to this article.) Is possibly the exit point for all the energy that goes into a black hole but from another universe.

Since there are a lot of black holes, we should have found some white holes from other universes into ours by now. And they think they might have found some evidence of one.

[itseghost]

they don't understand the dark eyed gojo vision like i do

[mysticstronomy]

IS TIME INFINITE IN BLACK HOLES??

Blog#365

Wednesday, January 10th, 2024.

Welcome back,

The singularity at the center of a black hole is the ultimate no man's land: a place where matter is compressed down to an infinitely tiny point, and all conceptions of time and space completely break down. And it doesn't really exist. Something has to replace the singularity, but we're not exactly sure what.

Let's explore some possibilities.

It could be that deep inside a black hole, matter doesn't get squished down to an infinitely tiny point. Instead, there could be a smallest possible configuration of matter, the tiniest possible pocket of volume.

This is called a Planck star, and it's a theoretical possibility envisioned by loop quantum gravity, which is itself a highly hypothetical proposal for creating a quantum version of gravity.

In the world of loop quantum gravity, space and time are quantized — the universe around us is composed of tiny discrete chunks, but at such an incredibly tiny scale that our movements appear smooth and continuous.

This theoretical chunkiness of space-time provides two benefits. One, it takes the dream of quantum mechanics to its ultimate conclusion, explaining gravity in a natural way.

And two, it makes it impossible for singularities to form inside black holes.

As matter squishes down under the immense gravitational weight of a collapsing star, it meets resistance. The discreteness of space-time prevents matter from reaching anything smaller than the Planck length (around 1.68 times 10^-35 meters). All the material that has ever fallen into the black hole gets compressed into a ball not much bigger than this.

Perfectly microscopic, but definitely not infinitely tiny.

This resistance to continued compression eventually forces the material to un-collapse (i.e., explode), making black holes only temporary objects. But because of the extreme time dilation effects around black holes, from our perspective in the outside universe it takes billions, even trillions, of years before they go boom. So we're all set for now.

Another attempt to eradicate the singularity — one that doesn't rely on untested theories of quantum gravity — is known as the gravastar. It's such a theoretical concept that my spell checker didn't even recognize the word.

The difference between a black hole and a gravastar is that, instead of a singularity, the gravastar is filled with dark energy. Dark energy is a substance that permeates space-time, causing it to expand outward. It sounds like sci-fi, but it's real: dark energy is currently in operation in the larger cosmos, causing our entire universe to accelerate in its expansion.

As matter falls onto a gravastar, it isn't able to actually penetrate the event horizon (due to all that dark energy on the inside) and therefore just hangs out on the surface. But outside that surface, gravastars look and act like normal black holes. (A black hole's event horizon is its point of no return — the boundary beyond which nothing, not even light, can escape.)

However, recent observations of merging black holes with gravitational wave detectors have potentially ruled out the existence of gravastars, because merging gravastars will give a different signal than merging black holes, and outfits like LIGO (the Laser Interferometer Gravitational-Wave Observatory) and Virgo are getting more and more examples by the day. While gravastars aren't exactly a no-go in our universe, they are definitely on thin ice.

Originally published https://www.space.com/

COMING UP!!

(Saturday, January 13th, 2024)

"JUPITER HAS A LARGE MAGNETIC FIELD THAN PREVIOUSLY EXPECTED??"

[heirofnepeta]

vea in her god tier :)

[androgynousspace]

The moon attempts to dress as the theoretical white hole