Any decently smart people here ?

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#1
Code28
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yo i need help with setting up black hole theory

if anyone has an idea on how to compress an 1000000000kg object to the size of 1.4852e-15mm

Please tell me

#2
Linardinsss
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I will help in 3 hours and 19 mins

#3
Code28
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sure have fun with whatever your doing till then

#4
Divine_Thunder
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dont expect anything from linardiis

#5
Code28
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i posted a thread asking for help about compressing mass i doubt that i get any help here really nw

#9
Linardinsss
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Divine_Dork

#32
Lordsalih
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aura

#6
okbenzene
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Just sit on it

#10
Code28
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that wouldnt work bc it would be pushed down and not compressed

#7
cloudberry
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Have you tried using WinRAR

#8
Code28
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i dont think that works on an physicial object

#11
seofps
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i got an A in organic chemistry 1 and 2 if that counts.

#12
Code28
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well thats great first of all but this is more physics i think

#13
seofps
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ill learn the entirety of classical and modern physics in 2.5 hours Be right back

#14
Code28
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that wont really help there isnt a way yet to compress an object of that size so it would be something new to invent i appriacte the help tho

#23
seofps
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in 2.5 hours i will have the knowledge needed to figure this out. i have something otw dw

#24
Code28
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thanks for the commitment then

#34
seofps
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i lowkey figured it out

#15
catzin
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that would probably require at least a type II civilization worth of energy

#17
Code28
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well the amount doesnt matter rn its more like i need it to work theoreticly

#19
catzin
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i mean i just checked and that is exactly the schwarzschild radius

#20
Code28
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yea thats the point

#21
catzin
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i mean dude if you're gonna pack something into something that small in 3D space, the density is gonna be in the 10^50 to 10^60 range (i cba to calculate it) but the pressure to create something this dense simply doesn't exist, and the black hole that would be theoretically created would surely not last for any measurable amount of time

idk im not a theoretical physicist tho

#22
Code28
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yea am thinking rn about a way it doesnt like need to be done more like if we had a sandbox of the universe you could try around and compress this and like document how

the black hole doesnt need to last that long the point is that it is so small

am not a physicist aswell am some 16 highschool kid

#35
catzin
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i think it would have to involve some sort of ridiculous rotation scenario combined with unimaginable amounts of energy and force, but at that scale the atomsโ€™ proximity becomes the major issue, you have to deal with quantum mechanics at that scale

#16
zak9
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have you tried thinking

#18
Code28
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i have never thought infront of an object that big so no not really

#25
JonahPork
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Probably need someone like jawgemo with incredible gravitational pull

#27
Code28
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good point i think ardiis would be better tho

#26
eszett
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I have an idea but won't tell you ๐Ÿ˜

#28
unclemayo
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im a physics major remind me in 3 years

#30
Code28
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i probally have it forgotten by then

#29
helasimp
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Human Technology (Impossible): There is currently no machine or technology capable of exerting the concentrated pressure required to compress matter to this degree artificially. Even our most powerful particle colliders can only smash individual subatomic particles together, not compress bulk macroscopic matter.Nature's Method (Gravitational Collapse): In the universe, this only happens when massive stars (at least 20 times the mass of our Sun) run out of fuel. Without the outward pressure of nuclear fusion, the star's immense gravity completely overpowers all atomic forces, collapsing the core into a stellar-mass black hole.The Big Bang (Primordial Black Holes): Some physicists theorise that microscopic black holes of the exact mass you mentioned could have formed during the incredibly dense, high-pressure infancy of the early universe.

#31
Code28
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so if we collapse a star 20 times the size of the sun and redirect the pressure equally on that object it could form compress that way ?

#33
helasimp
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yeah

#36
catzin
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i just fed this thread to claude for fun and she said "one other thing worth catching: helasimp's #29 is pasted from an AI, and the follow-up in #33 is wrong"

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