" #Gravastars could change how we think about the universe. These cosmic objects solve black holes’ biggest problems without breaking #physics. From their ultra-thin shell to their energy-filled core, gravastars are both elegant and terrifying. But what exactly are they?"

https://www.youtube.com/watch?v=BmUZ2wp1lM8

Black Hole's Evil Twin - Gravastars Explained

Go to https://brilliant.org/nutshell/ to dive deeper into these topics and more with a free 30-day trial + 20% off the premium subscription! This video was s...

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I just watched a video on #Kurzgesagt about #Gravastars, which was even better as I was typing away on my #GravaStarMercuryK1 keyboard - an otherworldly keyboard that I really like. Check it out

https://notenoughtech.com/review/gravastar-mercury-k1/

A keyboard for life! GravaStar Mercury K1 - NotEnoughTech

After the release of GravaStar Mercury M2 mouse, it was time to see the keyboard from GravaStar. And oh boy I'm happy to own one!

NotEnoughTech
Black Hole's Evil Twin - Gravastars Explained

Go to https://brilliant.org/nutshell/ to dive deeper into these topics and more with a free 30-day trial + 20% off the premium subscription! This video was s...

YouTube

Connection to Holographic Ideas 4/4

3. Emergent Spacetime: If the holographic principle holds, the spacetime geometry inside nested gravastars might be emergent from the information encoded on their boundaries. This could lead to a new understanding of how spacetime emerges from information at a fundamental level.

E: hashtaggies #wolfram #anewkindofscience #coallesence #astrophysics #physics #gravastars #holographictheory #theoreticalphysics #quantummechanics #informationtheory

Connection to Holographic Ideas 3/4

2. Entropy and Information: The thermodynamics of nested gravastars, particularly the entropy associated with their boundaries, could provide insight into the information storage and retrieval mechanisms posited by the holographic principle.

E: hashtaggies #astrophysics #physics #gravastars #holographictheory #theoreticalphysics #quantummechanics #informationtheory

Connection to Holographic Ideas 2/4

1. Information Encoding: Each shell could act as a boundary where information about the interior is encoded, akin to a holographic plate. This could parallel the way information is thought to be stored at the event horizon of a black hole in holographic theory.

E: hashtaggies #astrophysics #physics #gravastars #holographictheory #theoreticalphysics #quantummechanics #informationtheory

Connection to Holographic Ideas 1/4

The holographic principle suggests that all the information contained in a volume of space can be represented on the boundary of that space. Nested gravastars, with their multiple boundaries and intricate internal structure, might serve as a macroscopic analog to this principle.

E: hashtaggies #astrophysics #physics #gravastars #holographictheory #theoreticalphysics #quantummechanics #informationtheory

C
Reframing the holographic principle in the context of nested gravastars could explore how these structures manage information and geometry without singularities, potentially offering a new perspective on how the universe's informational content is organized and represented.
#quantumfieldtheory #generalrelativity #gravastars #astrophysics #theoreticalphysics #quantummechanics #informationtheory

B
The matryoshka nesting of black holes echoes the evolutionary drive to maximize information storage contained within a diminishing volume of space as in folded crenulations in the human brain.

Perhaps there could be parallels in how information and physical states are conceptualized at their boundaries?

#gravastars #blackhole #theoreticalphysics #physics #holographictheory #informationstate #physicalstate #boundaries #conceptualization

A
Feb. 2024 article discusses a novel extension of the gravastar model, originally proposed as an alternative to black holes.
While the paper does not explicity mention the holographic principle, the discussion of gravastars and their nested configurations might indirectly relate to it.

#gravastars #astrophysics #physics #theoreticalphysics #quantummechanics #informationtheory #holographictheory
#coallesence

"Nested solutions of gravitational condensate stars"
https://arxiv.org/pdf/2310.13946.pdf