If you're wondering I did

p= kg-m/s

m=4.385E+31 : ib

v=976800000 : ft/s

if this is wrong mb

As we know, the annihilation of matter and antimatter (to be specific, electrons and positrons) produces gamma rays; and blackholes release gamma ray-bursts, can we assume that antimatter can be produced in blackholes?

A thought I had today. Does the Fermi Paradox account for time dialation? Like let's say a planet is orbiting whatever the habitable zons is for some absurd black hole, or whatever is creating such massive time dialation forces. Time is faster there relatively than here on earth. Would that allow for exponential growth of a civilization relative to earth?

The Cosmic Enigma: Understanding Black Holes Through the Lens of Ashayana Deane’s “Voyagers”

By Zoto

Black holes have fascinated scientists and the public alike for decades, serving as both cosmic vacuum cleaners and gateways to unknown realms. But what if our understanding of these enigmatic entities could be expanded beyond the confines of traditional science? Enter Ashayana Deane’s “Voyagers: The Sleeping Abductees,” a groundbreaking work that delves into the multidimensional intricacies of black holes and their profound implications on our universe.

The Nature of Black Holes

In Deane’s view, black holes are far more than just the remnants of collapsed stars. They are regions where energy and matter are drawn in due to a disruption in the frequency patterns during dimensional merging. This concept challenges the mainstream scientific notion that black holes are solely gravitational phenomena.

“Black holes,” Deane writes, “are created through unsuccessful dimensional blending, which destabilizes particle code patterns and scrambles time sequence organization.” This means that black holes can occur as a result of cosmic events where dimensions attempt to merge but fail, leading to a chaotic vortex of energy and matter.

Creation and Persistence

According to “Voyagers,” once a black hole forms, it continues to exist by systematically pulling in surrounding energy and matter until all the energy that has entered it is reclaimed and restored to its original time sequence. This ongoing process can lead to significant depletion of the surrounding area’s matter and energy, making black holes even more destructive than previously thought.

The energy entering a black hole gets its time sequence scrambled, preventing it from reentering the Time Matrix from its original position. This scrambling effect is what keeps black holes in a state of perpetual growth and influence over their surroundings.

Impact on Dimensions and the Time Matrix

The creation of a black hole, as described by Deane, affects the entire Time Matrix grid, causing breaks in the pattern and magnetically pulling in energy. This not only influences the physical universe but also the multidimensional reality that interweaves with our own.

One of the most compelling aspects of Deane’s work is the idea that black holes are linked to the multidimensional fabric of the universe. This connection implies that the impact of a black hole is not confined to our physical dimension but reverberates across multiple layers of reality.

Dimensional and Genetic Implications

Deane describes how the creation and persistence of black holes can lead to significant environmental and genetic impacts on surrounding civilizations and ecosystems. The elemental depletion and disruptions caused by black holes can result in far-reaching consequences, affecting both the immediate environment and the broader cosmic framework.

This narrative highlights a crucial point: black holes are not just cosmic phenomena but are intimately tied to the life forms and civilizations that encounter them. The genetic and environmental impacts serve as a cautionary tale of the broader implications of black holes on a universal scale.

Expanding the Horizons of Black Hole Science

Ashayana Deane’s “Voyagers” offers a fresh perspective that challenges conventional scientific paradigms. By exploring black holes through the lens of multidimensional physics and time matrix disruption, Deane expands our understanding of these cosmic enigmas.

Her work invites us to reconsider the nature of reality itself and the hidden forces that govern the cosmos. As we continue to explore the mysteries of black holes, Deane’s insights provide a valuable framework for integrating the physical and metaphysical aspects of our universe.

For readers seeking the full story, including detailed accounts of related cosmic events and their profound impacts, be sure to check out our exclusive video version of this feature.

I will continue to bring you the latest in cutting-edge science and thought-provoking videos on TikTok. Stay tuned as we delve deeper into the mysteries of the cosmos and beyond.

Hi, non-practicing physicist here.. just theorizing. Read something about ‘firewalls’ in black holes keeping things from falling in recently.. but I think they were suggesting some mysterious actual barrier.. I was thinking the following: from our perspective, if something falls into a black hole, it stops at the event horizon due to time dilation. Effectively frozen infinitely into the future. Again from our perspective, black holes eventually evaporate, so the event horizon shrinks and eventually disappears. Taking those two ideas together, I would conclude that anything going into a black hole would be stuck at the horizon until it evaporates. Therefore never actually reaching a central point to form a singularity. This doesn’t need some magical barrier to stop stuff. It’s just time dilation and evaporation.

On the other hand, I’ve seen people explain that an observer faling into a black hole would not even notice the event horizon from their own perspective.. that doesn’t seem to match with the above. At least the observer should see time move extremely fast for far away stars as they approach the horizon and see the stars blink in and out of existence until the black hole they were moving into evaporates around them and they’re left floating in space (probably shredded to pieces but still) in a now suddenly ancient universe.

Does this make any sense? Or did I miss some important things about causality and simultaneity?

Hope someone has some insights into this :-)

Hello. The deflection of light by black holes can be calculated according to Newton classical mechanics or general relativity with Schwarzschild or Kerr metrics. If you are interested in photon trajectories, their orbits around the black holes or the black holes shadows, you can find how to calculate them and the resulting figures here: https://site.nicolasfleury.ovh/light-deflection-by-black-holes/

Hi everyone. As far as I am aware, the holographic principle was introduced to solve the black hole information paradox that was produced by the work of Stephen Hawking.

This principle would state that even though an object would be lost once it enters past the event horizon of a black hole, the information of the object itself would be preserved due to it being encoded on the surface of the black hole.

With this in mind, what exactly is “information” in this context? What would the information even “look like?” Is it some type of physical quantity or is it an abstract quality? Just really trying to wrap my head around what is the nature of information that is being used in this context of physics. Thanks!

I search up on google when was the first Black Hole discovered and it say 1964 and when I search up when Ton 618 discovered it said 1957 I do know Ton 618 is a Quasar but aren't Quasars Black Holes? And when I search up the first Quasar it said 1962????? Ton 618 was discovered before that. Can someone explain this?

Theorising, boy do we humans love it especially if it's about stuff you don't know about. So I'm here with mine about white holes!(Cause the subreddit for white hole is well..... it's best not to talk about it 😭)

So the white hole is supposed to spit out stuff aka introduce some kind of (foreign?) matter to the universe out of nowhere and what else just comes from nowhere? Yep that's right! It dark matter and dark energy (just play along I know you didn't guess it).

Now like I said I have not done any sort of study or research in this field but from what I've gathered the dark energy and matter are really hard to detect travel at almost the speed of light and just push the universe apart.

Now to push the galaxys and other heavenly object after their formation means that the dark matter/energy is coming into existence from in between the object. And just because it's called white hole doesn't mean it needs to be white now.

We also know that to escape a blackhole you need to be faster than light so what if the particles are actually slowed down because of that hence why they now possess nearly the same velocity as light and who knows maybe there's stuff that's faster too we just aren't able to detect it.

And it's so hard to detect it cause they aren't from our universe they are made up of matter we aren't familiar with!

Damn you actually read that? NGL I probably wouldn't have...

When you spin a bucket of water at the center, and wait for a while and watch you'll get a similar look like the black holes do.

I am no master but I just read about blackholes and sphagettification. It says of you fall into a blackhole you will get stretched into noodles. But my dumbass thinks that it is wrong. For example If you want yo stretch a rubber band, you have to hold it in place but in a blackhole there is nothing to hold onto so you would just directly fall into the centre. (Probably) . Again I am a novice and this theory tickled my mind so had to share it. Can someone help me with this. :P