TON 618 vs PHOENIX A* Black Hole 💀🌌 #Space #shorts

Welcome to the Professor of Universe channel, your guide to the wonders of space! 🌌🚀

Join me as we explore the mysteries of the universe, dive into astronomy, and learn about the latest discoveries in astrophysics. Whether you're an experienced stargazer or just starting out, this channel has something for you.

🔭 Subscribe now to never miss an episode filled with amazing space facts, cosmic phenomena, and deep insights into the universe.

🌟 About me :)
I'm passionate about sharing the beauty and complexity of the cosmos with you. My goal is to provide engaging and educational content that sparks your curiosity and expands your understanding of space.

Animation Credits:
• NASA
• ESO
• MELODYSHEEP

🚀 Stay Connected:

📽️ Watch more:

Copyright Disclaimer:
Under section 107 of the Copyright Act 1976, allowance is made for 'fair use' for purposes such as criticism, comment, news reporting, teaching, scholarship, and research. Fair use is a use permitted by copyright statutes that might otherwise be infringing. Non-profit, educational, or personal use tips the balance in favor of fair use.

Thank you for joining me on this cosmic journey. Remember to like, comment, share, and subscribe for regular space exploration content!
✨🌌
#ProfessorOfUniverse #SpaceExploration #Astronomy #CosmicWonders #ScienceEducation #Space

[Syed_Ham]

TON 618

• Mass: Approximately 66 billion solar masses.
• Size: The Schwarzschild radius (the radius of the event horizon) for a black hole of this mass is around 200 billion kilometers (or 124 billion miles).
• Luminosity: As a quasar, TON 618 emits tremendous radiation due to the accretion of material, which can outshine its host galaxy. Its luminosity is estimated to be around 140, 000 times that of the Milky Way.
• Accretion Disk: The accretion disk around TON 618 is extremely bright, contributing significantly to its quasar luminosity.
• Host Galaxy: The black hole is located in a galaxy that has a very high redshift, indicating it is a very distant and early galaxy. The exact characteristics of its host galaxy are not as well-studied due to its distance.
• Formation Era: The quasar is observed from a time when the universe was about 2.5 billion years old, suggesting rapid growth of the black hole in the early universe.

Phoenix A

• Mass: Approximately 100 billion solar masses.
• Size: The Schwarzschild radius for Phoenix A would be about 300 billion kilometers (or 186 billion miles).
• Luminosity: While detailed luminosity measurements for Phoenix A are less specific than for TON 618, its immense mass implies a substantial gravitational influence on its surroundings.
• Accretion Disk: The precise details of its accretion disk are less clear, but such a massive black hole would likely have a significant accretion disk if it is actively accreting material.
• Host Galaxy: Phoenix A is located in the Phoenix Cluster, which is a rich galaxy cluster. This massive galaxy cluster influences the black hole’s growth and environment.
• Formation Era: Phoenix A is located at a redshift of around 1.2, which means it is somewhat closer in cosmic time compared to TON 618. It still represents an early formation epoch but not as early as TON 618.

Comparison

• Mass: Phoenix A is about 34 billion solar masses more massive than TON 618, indicating a significant difference in size and gravitational influence.
• Size: The Schwarzschild radius of Phoenix A is larger than that of TON 618, reflecting its greater mass.
• Luminosity: TON 618’s luminosity as a quasar is more directly measured, while Phoenix A’s luminosity is inferred from its mass and the properties of its host cluster.
• Environmental Impact: Both black holes have substantial impacts on their environments. TON 618’s quasar activity impacts its host galaxy and surrounding space, while Phoenix A’s mass influences the entire galaxy cluster in which it resides.

This comparison highlights their extreme properties and roles in the universe.

[WINNIEYT_]

You guys did this viceversa 💀 phoenix a is the first one

[Vwox_creador_del_imperio_mango]

The supermassive black hole of the galaxy M87💀

[UnitedStatesLine]

Phoenix A be having kamahama ha in the last part

[ianjames]

phoenix A is the first block hole in univerese 💀💀💀

[Afnan_Fares]

Ton 618 thinks can beat phoenix a lol😂😂

[ventasPMA]

acabo de ver que si Phoenix A choca con ton 618 hay dos cosa que pueden suceder

A:se destruye elencos fuerte y grande


B: se crea un nuevo agujero negro yamado toenix A618

Contexto el nombre me lo saque del cul@

[b-o-o-s]

Никто не знает но есть чёрная дыра которая больше 150 миллиардов молнечных масс