How durable is the most durable material that can exist in our universe?
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How durable is the most durable material that can exist in our universe?
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#1
Posted by
hulkuberstomp
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What is a theoretical limit of material's durability in our universe? For example Adamantium,is it physically possible for it to exist?
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#2
Posted by
GIliad_
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I'm gonna guess like a neutron star is durable af because it's so dense
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#3
Posted by
SpareHeadOne
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- 13 days, 23 hours ago
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The thing inside a black hole
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#4
Edited by
plotweapon16255
(5005 posts)
- 13 days, 23 hours ago
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@giliad_ said:
I'm gonna guess like a neutron star is durable af because it's so dense
@spareheadone said:
The thing inside a black hole
Lol,definitely not.
they most unstable material in the universe.
their atomic force itself will rip itself apart if they taken out of it's gravity.
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#5
Edited by
mimisalome
(4736 posts)
- 13 days, 23 hours ago
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Material conformation exist base on its equilibrium with their local environment and "durability" is a very loose term that could be applied to various physical properties (resistance from permanent physical deformation, flexibility/elasticity, resistance to chemical reaction, resistance to temperature changes).
In the most practical sense, strength of material is a function of electron proton bonding/charge bonding between atoms and molecules.
And stronger bonds could be attributed to the strength of the bonds, the number of bonds, and the topographical orientation of the bonds in the lattice.
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#6
Posted by
Lan_Fan
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- 13 days, 23 hours ago
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Very durable.
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#7
Posted by
mimisalome
(4736 posts)
- 13 days, 22 hours ago
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@plotweapon16255 said:
@giliad_ said:
I'm gonna guess like a neutron star is durable af because it's so dense
@spareheadone said:
The thing inside a black hole
Lol,definitely not.
they most unstable material in the universe.
their atomic force itself will rip itself apart if they taken out of it's gravity.
While this is most definitely true if you consider durability in the more traditional terms of EM forces.
Removing a single piece of the neutron star from the entire structure would require tremendous amount of energy (for black holes that would be infinite amount of energy).
Basically you'll be substituting the force of gravity as the dominant force that binds the entire material together.
So its kinda true that they are one of the strongest most durable material in existence (in theory) if you consider them as an entire structure,
but if you decide to make a key out of a piece of a black hole/neutron star and somehow manage to bring it to earth instantaneous, the local condition on the earth surface would make the black hole/neutron key vaporize releasing a huge amount of energy in the process
However if 2nd law of thermodynamics (Entropy law) and Hawking Radiation theory are correct (and if dark energy is actually real), it would suggest that even these structures are not permanent.
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#8
Posted by
SpareHeadOne
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- 13 days, 20 hours ago
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The material used to create a child's doll or teddy. Those things seem to survive catastrophic events of every kind; eliciting pathos in every aftermath.
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#9
Posted by
HeroUp2112
(16927 posts)
- 13 days, 16 hours ago
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@spareheadone said:
The material used to create a child's doll or teddy. Those things seem to survive catastrophic events of every kind; eliciting pathos in every aftermath.
lol Entirely too true. Especially since the drool of small children is universally known to secret a destructive enzyme that can break down the molecular structure of ANYTHING over time.
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#10
Posted by
SpareHeadOne
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- 13 days, 16 hours ago
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@heroup2112:
A weapon that Baby Face could utilise more often.
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#11
Posted by
jagernutt
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- 13 days, 16 hours ago
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Me
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#12
Posted by
hulkuberstomp
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- 13 days, 15 hours ago
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@mimisalome: and how realistic is adamantium?Is it possible for it to exist?I mean a material with immense durability and low density
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#13
Posted by
DarkPsychicLord_Prime
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- 13 days, 14 hours ago
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Whatever the hell the Nokia 3310 is made from.
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#14
Posted by
mimisalome
(4736 posts)
- 13 days, 14 hours ago
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@hulkuberstomp said:
@mimisalome: and how realistic is adamantium?Is it possible for it to exist?I mean a material with immense durability and low density
Not in our current level of scientific understanding.
I can't tell if it's actually feasible, but we have some really weird scientific concepts in Particle Physics and Quantum Mechanics.
Would it be possible for us to engineer new types of particles, and as a consequence create new kinds of highly improbable elements, and materials?
only time will tell.
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#15
Posted by
GIliad_
(6477 posts)
- 13 days, 6 hours ago
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@mimisalome said:
@plotweapon16255 said:
@giliad_ said:
I'm gonna guess like a neutron star is durable af because it's so dense
@spareheadone said:
The thing inside a black hole
Lol,definitely not.
they most unstable material in the universe.
their atomic force itself will rip itself apart if they taken out of it's gravity.
While this is most definitely true if you consider durability in the more traditional terms of EM forces.
Removing a single piece of the neutron star from the entire structure would require tremendous amount of energy (for black holes that would be infinite amount of energy).
Basically you'll be substituting the force of gravity as the dominant force that binds the entire material together.
So its kinda true that they are one of the strongest most durable material in existence (in theory) if you consider them as an entire structure,
but if you decide to make a key out of a piece of a black hole/neutron star and somehow manage to bring it to earth instantaneous, the local condition on the earth surface would make the black hole/neutron key vaporize releasing a huge amount of energy in the process
However if 2nd law of thermodynamics (Entropy law) and Hawking Radiation theory are correct (and if dark energy is actually real), it would suggest that even these structures are not permanent.
Oh god, I've done me lifesworth of physics already haha f*** strong/weak an whatever else interaction an just let me have me moment haha
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#16
Posted by
Anna_Karenina
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- 13 days, 5 hours ago
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It is durable enough to break the legendary Zeta Sword.
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#17
Posted by
crash_
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- 11 days, 43 minutes ago
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@anna_karenina said:
It is durable enough to break the legendary Zeta Sword.
Kachi Katchin. he he xd
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#18
Posted by
Anna_Karenina
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- 10 days, 12 hours ago
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@crash_: Precisely!
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#19
Posted by
crash_
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@anna_karenina said:
@crash_: Precisely!
Do I get a cookie now? xP
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#20
Posted by
Anna_Karenina
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- 10 days, 12 hours ago
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@crash_: 🍪 ☕
Here you are.
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#21
Edited by
crash_
(10365 posts)
- 10 days, 12 hours ago
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@anna_karenina said:
@crash_: 🍪 ☕
Here you are.
😋
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#22
Posted by
xMangog__Beastx
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How durable is the most durable material that can exist in our universe?
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#1
Posted by
hulkuberstomp
(1791 posts)
- 14 days, 2 hours ago
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What is a theoretical limit of material's durability in our universe? For example Adamantium,is it physically possible for it to exist?
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#2
Posted by
GIliad_
(6477 posts)
- 14 days, 1 hour ago
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I'm gonna guess like a neutron star is durable af because it's so dense
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#3
Posted by
SpareHeadOne
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- 13 days, 23 hours ago
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The thing inside a black hole
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#4
Edited by
plotweapon16255
(5005 posts)
- 13 days, 23 hours ago
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@giliad_ said:
I'm gonna guess like a neutron star is durable af because it's so dense
@spareheadone said:
The thing inside a black hole
Lol,definitely not.
they most unstable material in the universe.
their atomic force itself will rip itself apart if they taken out of it's gravity.
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#5
Edited by
mimisalome
(4736 posts)
- 13 days, 23 hours ago
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Material conformation exist base on its equilibrium with their local environment and "durability" is a very loose term that could be applied to various physical properties (resistance from permanent physical deformation, flexibility/elasticity, resistance to chemical reaction, resistance to temperature changes).
In the most practical sense, strength of material is a function of electron proton bonding/charge bonding between atoms and molecules.
And stronger bonds could be attributed to the strength of the bonds, the number of bonds, and the topographical orientation of the bonds in the lattice.
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#6
Posted by
Lan_Fan
(6248 posts)
- 13 days, 23 hours ago
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Very durable.
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#7
Posted by
mimisalome
(4736 posts)
- 13 days, 22 hours ago
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@plotweapon16255 said:
@giliad_ said:
I'm gonna guess like a neutron star is durable af because it's so dense
@spareheadone said:
The thing inside a black hole
Lol,definitely not.
they most unstable material in the universe.
their atomic force itself will rip itself apart if they taken out of it's gravity.
While this is most definitely true if you consider durability in the more traditional terms of EM forces.
Removing a single piece of the neutron star from the entire structure would require tremendous amount of energy (for black holes that would be infinite amount of energy).
Basically you'll be substituting the force of gravity as the dominant force that binds the entire material together.
So its kinda true that they are one of the strongest most durable material in existence (in theory) if you consider them as an entire structure,
but if you decide to make a key out of a piece of a black hole/neutron star and somehow manage to bring it to earth instantaneous, the local condition on the earth surface would make the black hole/neutron key vaporize releasing a huge amount of energy in the process
However if 2nd law of thermodynamics (Entropy law) and Hawking Radiation theory are correct (and if dark energy is actually real), it would suggest that even these structures are not permanent.
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#8
Posted by
SpareHeadOne
(3794 posts)
- 13 days, 20 hours ago
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The material used to create a child's doll or teddy. Those things seem to survive catastrophic events of every kind; eliciting pathos in every aftermath.
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#9
Posted by
HeroUp2112
(16927 posts)
- 13 days, 16 hours ago
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@spareheadone said:
The material used to create a child's doll or teddy. Those things seem to survive catastrophic events of every kind; eliciting pathos in every aftermath.
lol Entirely too true. Especially since the drool of small children is universally known to secret a destructive enzyme that can break down the molecular structure of ANYTHING over time.
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#10
Posted by
SpareHeadOne
(3794 posts)
- 13 days, 16 hours ago
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@heroup2112:
A weapon that Baby Face could utilise more often.
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#11
Posted by
jagernutt
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- 13 days, 16 hours ago
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Me
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#12
Posted by
hulkuberstomp
(1791 posts)
- 13 days, 15 hours ago
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@mimisalome: and how realistic is adamantium?Is it possible for it to exist?I mean a material with immense durability and low density
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#13
Posted by
DarkPsychicLord_Prime
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- 13 days, 14 hours ago
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Whatever the hell the Nokia 3310 is made from.
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#14
Posted by
mimisalome
(4736 posts)
- 13 days, 14 hours ago
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@hulkuberstomp said:
@mimisalome: and how realistic is adamantium?Is it possible for it to exist?I mean a material with immense durability and low density
Not in our current level of scientific understanding.
I can't tell if it's actually feasible, but we have some really weird scientific concepts in Particle Physics and Quantum Mechanics.
Would it be possible for us to engineer new types of particles, and as a consequence create new kinds of highly improbable elements, and materials?
only time will tell.
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#15
Posted by
GIliad_
(6477 posts)
- 13 days, 6 hours ago
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@mimisalome said:
@plotweapon16255 said:
@giliad_ said:
I'm gonna guess like a neutron star is durable af because it's so dense
@spareheadone said:
The thing inside a black hole
Lol,definitely not.
they most unstable material in the universe.
their atomic force itself will rip itself apart if they taken out of it's gravity.
While this is most definitely true if you consider durability in the more traditional terms of EM forces.
Removing a single piece of the neutron star from the entire structure would require tremendous amount of energy (for black holes that would be infinite amount of energy).
Basically you'll be substituting the force of gravity as the dominant force that binds the entire material together.
So its kinda true that they are one of the strongest most durable material in existence (in theory) if you consider them as an entire structure,
but if you decide to make a key out of a piece of a black hole/neutron star and somehow manage to bring it to earth instantaneous, the local condition on the earth surface would make the black hole/neutron key vaporize releasing a huge amount of energy in the process
However if 2nd law of thermodynamics (Entropy law) and Hawking Radiation theory are correct (and if dark energy is actually real), it would suggest that even these structures are not permanent.
Oh god, I've done me lifesworth of physics already haha f*** strong/weak an whatever else interaction an just let me have me moment haha
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#16
Posted by
Anna_Karenina
(4275 posts)
- 13 days, 5 hours ago
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It is durable enough to break the legendary Zeta Sword.
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#17
Posted by
crash_
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- 11 days, 43 minutes ago
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@anna_karenina said:
It is durable enough to break the legendary Zeta Sword.
Kachi Katchin. he he xd
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#18
Posted by
Anna_Karenina
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- 10 days, 12 hours ago
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@crash_: Precisely!
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#19
Posted by
crash_
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- 10 days, 12 hours ago
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@anna_karenina said:
@crash_: Precisely!
Do I get a cookie now? xP
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#20
Posted by
Anna_Karenina
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- 10 days, 12 hours ago
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@crash_: 🍪 ☕
Here you are.
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#21
Edited by
crash_
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- 10 days, 12 hours ago
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@anna_karenina said:
@crash_: 🍪 ☕
Here you are.
😋
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#22
Posted by
xMangog__Beastx
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How durable is the most durable material that can exist in our universe?
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#1
Posted by
hulkuberstomp
(1791 posts)
- 14 days, 2 hours ago
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What is a theoretical limit of material's durability in our universe? For example Adamantium,is it physically possible for it to exist?
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#2
Posted by
GIliad_
(6477 posts)
- 14 days, 1 hour ago
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I'm gonna guess like a neutron star is durable af because it's so dense
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#3
Posted by
SpareHeadOne
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- 13 days, 23 hours ago
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The thing inside a black hole
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#4
Edited by
plotweapon16255
(5005 posts)
- 13 days, 23 hours ago
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@giliad_ said:
I'm gonna guess like a neutron star is durable af because it's so dense
@spareheadone said:
The thing inside a black hole
Lol,definitely not.
they most unstable material in the universe.
their atomic force itself will rip itself apart if they taken out of it's gravity.
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#5
Edited by
mimisalome
(4736 posts)
- 13 days, 23 hours ago
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Material conformation exist base on its equilibrium with their local environment and "durability" is a very loose term that could be applied to various physical properties (resistance from permanent physical deformation, flexibility/elasticity, resistance to chemical reaction, resistance to temperature changes).
In the most practical sense, strength of material is a function of electron proton bonding/charge bonding between atoms and molecules.
And stronger bonds could be attributed to the strength of the bonds, the number of bonds, and the topographical orientation of the bonds in the lattice.
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#6
Posted by
Lan_Fan
(6248 posts)
- 13 days, 23 hours ago
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Very durable.
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#7
Posted by
mimisalome
(4736 posts)
- 13 days, 22 hours ago
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@plotweapon16255 said:
@giliad_ said:
I'm gonna guess like a neutron star is durable af because it's so dense
@spareheadone said:
The thing inside a black hole
Lol,definitely not.
they most unstable material in the universe.
their atomic force itself will rip itself apart if they taken out of it's gravity.
While this is most definitely true if you consider durability in the more traditional terms of EM forces.
Removing a single piece of the neutron star from the entire structure would require tremendous amount of energy (for black holes that would be infinite amount of energy).
Basically you'll be substituting the force of gravity as the dominant force that binds the entire material together.
So its kinda true that they are one of the strongest most durable material in existence (in theory) if you consider them as an entire structure,
but if you decide to make a key out of a piece of a black hole/neutron star and somehow manage to bring it to earth instantaneous, the local condition on the earth surface would make the black hole/neutron key vaporize releasing a huge amount of energy in the process
However if 2nd law of thermodynamics (Entropy law) and Hawking Radiation theory are correct (and if dark energy is actually real), it would suggest that even these structures are not permanent.
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#8
Posted by
SpareHeadOne
(3794 posts)
- 13 days, 20 hours ago
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The material used to create a child's doll or teddy. Those things seem to survive catastrophic events of every kind; eliciting pathos in every aftermath.
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#9
Posted by
HeroUp2112
(16927 posts)
- 13 days, 16 hours ago
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@spareheadone said:
The material used to create a child's doll or teddy. Those things seem to survive catastrophic events of every kind; eliciting pathos in every aftermath.
lol Entirely too true. Especially since the drool of small children is universally known to secret a destructive enzyme that can break down the molecular structure of ANYTHING over time.
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#10
Posted by
SpareHeadOne
(3794 posts)
- 13 days, 16 hours ago
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@heroup2112:
A weapon that Baby Face could utilise more often.
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#11
Posted by
jagernutt
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- 13 days, 16 hours ago
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Me
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#12
Posted by
hulkuberstomp
(1791 posts)
- 13 days, 15 hours ago
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@mimisalome: and how realistic is adamantium?Is it possible for it to exist?I mean a material with immense durability and low density
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#13
Posted by
DarkPsychicLord_Prime
(2744 posts)
- 13 days, 14 hours ago
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Whatever the hell the Nokia 3310 is made from.
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#14
Posted by
mimisalome
(4736 posts)
- 13 days, 14 hours ago
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@hulkuberstomp said:
@mimisalome: and how realistic is adamantium?Is it possible for it to exist?I mean a material with immense durability and low density
Not in our current level of scientific understanding.
I can't tell if it's actually feasible, but we have some really weird scientific concepts in Particle Physics and Quantum Mechanics.
Would it be possible for us to engineer new types of particles, and as a consequence create new kinds of highly improbable elements, and materials?
only time will tell.
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#15
Posted by
GIliad_
(6477 posts)
- 13 days, 6 hours ago
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@mimisalome said:
@plotweapon16255 said:
@giliad_ said:
I'm gonna guess like a neutron star is durable af because it's so dense
@spareheadone said:
The thing inside a black hole
Lol,definitely not.
they most unstable material in the universe.
their atomic force itself will rip itself apart if they taken out of it's gravity.
While this is most definitely true if you consider durability in the more traditional terms of EM forces.
Removing a single piece of the neutron star from the entire structure would require tremendous amount of energy (for black holes that would be infinite amount of energy).
Basically you'll be substituting the force of gravity as the dominant force that binds the entire material together.
So its kinda true that they are one of the strongest most durable material in existence (in theory) if you consider them as an entire structure,
but if you decide to make a key out of a piece of a black hole/neutron star and somehow manage to bring it to earth instantaneous, the local condition on the earth surface would make the black hole/neutron key vaporize releasing a huge amount of energy in the process
However if 2nd law of thermodynamics (Entropy law) and Hawking Radiation theory are correct (and if dark energy is actually real), it would suggest that even these structures are not permanent.
Oh god, I've done me lifesworth of physics already haha f*** strong/weak an whatever else interaction an just let me have me moment haha
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#16
Posted by
Anna_Karenina
(4275 posts)
- 13 days, 5 hours ago
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It is durable enough to break the legendary Zeta Sword.
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#17
Posted by
crash_
(10365 posts)
- 11 days, 43 minutes ago
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@anna_karenina said:
It is durable enough to break the legendary Zeta Sword.
Kachi Katchin. he he xd
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#18
Posted by
Anna_Karenina
(4275 posts)
- 10 days, 12 hours ago
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@crash_: Precisely!
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#19
Posted by
crash_
(10365 posts)
- 10 days, 12 hours ago
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@anna_karenina said:
@crash_: Precisely!
Do I get a cookie now? xP
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#20
Posted by
Anna_Karenina
(4275 posts)
- 10 days, 12 hours ago
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@crash_: 🍪 ☕
Here you are.
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#21
Edited by
crash_
(10365 posts)
- 10 days, 12 hours ago
- Show Bio
@anna_karenina said:
@crash_: 🍪 ☕
Here you are.
😋
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#22
Posted by
xMangog__Beastx
(985 posts)
- 10 days, 12 hours ago
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Very.
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#1
Posted by
hulkuberstomp
(1791 posts)
- 14 days, 2 hours ago
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What is a theoretical limit of material's durability in our universe? For example Adamantium,is it physically possible for it to exist?
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#2
Posted by
GIliad_
(6477 posts)
- 14 days, 1 hour ago
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I'm gonna guess like a neutron star is durable af because it's so dense
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#3
Posted by
SpareHeadOne
(3794 posts)
- 13 days, 23 hours ago
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The thing inside a black hole
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#4
Edited by
plotweapon16255
(5005 posts)
- 13 days, 23 hours ago
- Show Bio
@giliad_ said:
I'm gonna guess like a neutron star is durable af because it's so dense
@spareheadone said:
The thing inside a black hole
Lol,definitely not.
they most unstable material in the universe.
their atomic force itself will rip itself apart if they taken out of it's gravity.
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#5
Edited by
mimisalome
(4736 posts)
- 13 days, 23 hours ago
- Show Bio
Material conformation exist base on its equilibrium with their local environment and "durability" is a very loose term that could be applied to various physical properties (resistance from permanent physical deformation, flexibility/elasticity, resistance to chemical reaction, resistance to temperature changes).
In the most practical sense, strength of material is a function of electron proton bonding/charge bonding between atoms and molecules.
And stronger bonds could be attributed to the strength of the bonds, the number of bonds, and the topographical orientation of the bonds in the lattice.
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#6
Posted by
Lan_Fan
(6248 posts)
- 13 days, 23 hours ago
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Very durable.
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#7
Posted by
mimisalome
(4736 posts)
- 13 days, 22 hours ago
- Show Bio
@plotweapon16255 said:
@giliad_ said:
I'm gonna guess like a neutron star is durable af because it's so dense
@spareheadone said:
The thing inside a black hole
Lol,definitely not.
they most unstable material in the universe.
their atomic force itself will rip itself apart if they taken out of it's gravity.
While this is most definitely true if you consider durability in the more traditional terms of EM forces.
Removing a single piece of the neutron star from the entire structure would require tremendous amount of energy (for black holes that would be infinite amount of energy).
Basically you'll be substituting the force of gravity as the dominant force that binds the entire material together.
So its kinda true that they are one of the strongest most durable material in existence (in theory) if you consider them as an entire structure,
but if you decide to make a key out of a piece of a black hole/neutron star and somehow manage to bring it to earth instantaneous, the local condition on the earth surface would make the black hole/neutron key vaporize releasing a huge amount of energy in the process
However if 2nd law of thermodynamics (Entropy law) and Hawking Radiation theory are correct (and if dark energy is actually real), it would suggest that even these structures are not permanent.
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#8
Posted by
SpareHeadOne
(3794 posts)
- 13 days, 20 hours ago
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The material used to create a child's doll or teddy. Those things seem to survive catastrophic events of every kind; eliciting pathos in every aftermath.
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#9
Posted by
HeroUp2112
(16927 posts)
- 13 days, 16 hours ago
- Show Bio
@spareheadone said:
The material used to create a child's doll or teddy. Those things seem to survive catastrophic events of every kind; eliciting pathos in every aftermath.
lol Entirely too true. Especially since the drool of small children is universally known to secret a destructive enzyme that can break down the molecular structure of ANYTHING over time.
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#10
Posted by
SpareHeadOne
(3794 posts)
- 13 days, 16 hours ago
- Show Bio
@heroup2112:
A weapon that Baby Face could utilise more often.
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#11
Posted by
jagernutt
(13223 posts)
- 13 days, 16 hours ago
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Me
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#12
Posted by
hulkuberstomp
(1791 posts)
- 13 days, 15 hours ago
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@mimisalome: and how realistic is adamantium?Is it possible for it to exist?I mean a material with immense durability and low density
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#13
Posted by
DarkPsychicLord_Prime
(2744 posts)
- 13 days, 14 hours ago
- Show Bio
Whatever the hell the Nokia 3310 is made from.
- mimisalome
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#14
Posted by
mimisalome
(4736 posts)
- 13 days, 14 hours ago
- Show Bio
@hulkuberstomp said:
@mimisalome: and how realistic is adamantium?Is it possible for it to exist?I mean a material with immense durability and low density
Not in our current level of scientific understanding.
I can't tell if it's actually feasible, but we have some really weird scientific concepts in Particle Physics and Quantum Mechanics.
Would it be possible for us to engineer new types of particles, and as a consequence create new kinds of highly improbable elements, and materials?
only time will tell.
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#15
Posted by
GIliad_
(6477 posts)
- 13 days, 6 hours ago
- Show Bio
@mimisalome said:
@plotweapon16255 said:
@giliad_ said:
I'm gonna guess like a neutron star is durable af because it's so dense
@spareheadone said:
The thing inside a black hole
Lol,definitely not.
they most unstable material in the universe.
their atomic force itself will rip itself apart if they taken out of it's gravity.
While this is most definitely true if you consider durability in the more traditional terms of EM forces.
Removing a single piece of the neutron star from the entire structure would require tremendous amount of energy (for black holes that would be infinite amount of energy).
Basically you'll be substituting the force of gravity as the dominant force that binds the entire material together.
So its kinda true that they are one of the strongest most durable material in existence (in theory) if you consider them as an entire structure,
but if you decide to make a key out of a piece of a black hole/neutron star and somehow manage to bring it to earth instantaneous, the local condition on the earth surface would make the black hole/neutron key vaporize releasing a huge amount of energy in the process
However if 2nd law of thermodynamics (Entropy law) and Hawking Radiation theory are correct (and if dark energy is actually real), it would suggest that even these structures are not permanent.
Oh god, I've done me lifesworth of physics already haha f*** strong/weak an whatever else interaction an just let me have me moment haha
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#16
Posted by
Anna_Karenina
(4275 posts)
- 13 days, 5 hours ago
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It is durable enough to break the legendary Zeta Sword.
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#17
Posted by
crash_
(10365 posts)
- 11 days, 43 minutes ago
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@anna_karenina said:
It is durable enough to break the legendary Zeta Sword.
Kachi Katchin. he he xd
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#18
Posted by
Anna_Karenina
(4275 posts)
- 10 days, 12 hours ago
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@crash_: Precisely!
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#19
Posted by
crash_
(10365 posts)
- 10 days, 12 hours ago
- Show Bio
@anna_karenina said:
@crash_: Precisely!
Do I get a cookie now? xP
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#20
Posted by
Anna_Karenina
(4275 posts)
- 10 days, 12 hours ago
- Show Bio
@crash_: 🍪 ☕
Here you are.
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#21
Edited by
crash_
(10365 posts)
- 10 days, 12 hours ago
- Show Bio
@anna_karenina said:
@crash_: 🍪 ☕
Here you are.
😋
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#22
Posted by
xMangog__Beastx
(985 posts)
- 10 days, 12 hours ago
- Show Bio
Very.
- Comic Vine
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Browse Boards
- Gen. Discussion
- Bug Reporting
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#1
Posted by
hulkuberstomp
(1791 posts)
- 14 days, 2 hours ago
- Show Bio
What is a theoretical limit of material's durability in our universe? For example Adamantium,is it physically possible for it to exist?
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#2
Posted by
GIliad_
(6477 posts)
- 14 days, 1 hour ago
- Show Bio
I'm gonna guess like a neutron star is durable af because it's so dense
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#3
Posted by
SpareHeadOne
(3794 posts)
- 13 days, 23 hours ago
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The thing inside a black hole
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#4
Edited by
plotweapon16255
(5005 posts)
- 13 days, 23 hours ago
- Show Bio
@giliad_ said:
I'm gonna guess like a neutron star is durable af because it's so dense
@spareheadone said:
The thing inside a black hole
Lol,definitely not.
they most unstable material in the universe.
their atomic force itself will rip itself apart if they taken out of it's gravity.
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#5
Edited by
mimisalome
(4736 posts)
- 13 days, 23 hours ago
- Show Bio
Material conformation exist base on its equilibrium with their local environment and "durability" is a very loose term that could be applied to various physical properties (resistance from permanent physical deformation, flexibility/elasticity, resistance to chemical reaction, resistance to temperature changes).
In the most practical sense, strength of material is a function of electron proton bonding/charge bonding between atoms and molecules.
And stronger bonds could be attributed to the strength of the bonds, the number of bonds, and the topographical orientation of the bonds in the lattice.
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#6
Posted by
Lan_Fan
(6248 posts)
- 13 days, 23 hours ago
- Show Bio
Very durable.
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#7
Posted by
mimisalome
(4736 posts)
- 13 days, 22 hours ago
- Show Bio
@plotweapon16255 said:
@giliad_ said:
I'm gonna guess like a neutron star is durable af because it's so dense
@spareheadone said:
The thing inside a black hole
Lol,definitely not.
they most unstable material in the universe.
their atomic force itself will rip itself apart if they taken out of it's gravity.
While this is most definitely true if you consider durability in the more traditional terms of EM forces.
Removing a single piece of the neutron star from the entire structure would require tremendous amount of energy (for black holes that would be infinite amount of energy).
Basically you'll be substituting the force of gravity as the dominant force that binds the entire material together.
So its kinda true that they are one of the strongest most durable material in existence (in theory) if you consider them as an entire structure,
but if you decide to make a key out of a piece of a black hole/neutron star and somehow manage to bring it to earth instantaneous, the local condition on the earth surface would make the black hole/neutron key vaporize releasing a huge amount of energy in the process
However if 2nd law of thermodynamics (Entropy law) and Hawking Radiation theory are correct (and if dark energy is actually real), it would suggest that even these structures are not permanent.
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#8
Posted by
SpareHeadOne
(3794 posts)
- 13 days, 20 hours ago
- Show Bio
The material used to create a child's doll or teddy. Those things seem to survive catastrophic events of every kind; eliciting pathos in every aftermath.
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#9
Posted by
HeroUp2112
(16927 posts)
- 13 days, 16 hours ago
- Show Bio
@spareheadone said:
The material used to create a child's doll or teddy. Those things seem to survive catastrophic events of every kind; eliciting pathos in every aftermath.
lol Entirely too true. Especially since the drool of small children is universally known to secret a destructive enzyme that can break down the molecular structure of ANYTHING over time.
- SpareHeadOne
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#10
Posted by
SpareHeadOne
(3794 posts)
- 13 days, 16 hours ago
- Show Bio
@heroup2112:
A weapon that Baby Face could utilise more often.
- jagernutt
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#11
Posted by
jagernutt
(13223 posts)
- 13 days, 16 hours ago
- Show Bio
Me
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#12
Posted by
hulkuberstomp
(1791 posts)
- 13 days, 15 hours ago
- Show Bio
@mimisalome: and how realistic is adamantium?Is it possible for it to exist?I mean a material with immense durability and low density
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#13
Posted by
DarkPsychicLord_Prime
(2744 posts)
- 13 days, 14 hours ago
- Show Bio
Whatever the hell the Nokia 3310 is made from.
- mimisalome
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#14
Posted by
mimisalome
(4736 posts)
- 13 days, 14 hours ago
- Show Bio
@hulkuberstomp said:
@mimisalome: and how realistic is adamantium?Is it possible for it to exist?I mean a material with immense durability and low density
Not in our current level of scientific understanding.
I can't tell if it's actually feasible, but we have some really weird scientific concepts in Particle Physics and Quantum Mechanics.
Would it be possible for us to engineer new types of particles, and as a consequence create new kinds of highly improbable elements, and materials?
only time will tell.
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#15
Posted by
GIliad_
(6477 posts)
- 13 days, 6 hours ago
- Show Bio
@mimisalome said:
@plotweapon16255 said:
@giliad_ said:
I'm gonna guess like a neutron star is durable af because it's so dense
@spareheadone said:
The thing inside a black hole
Lol,definitely not.
they most unstable material in the universe.
their atomic force itself will rip itself apart if they taken out of it's gravity.
While this is most definitely true if you consider durability in the more traditional terms of EM forces.
Removing a single piece of the neutron star from the entire structure would require tremendous amount of energy (for black holes that would be infinite amount of energy).
Basically you'll be substituting the force of gravity as the dominant force that binds the entire material together.
So its kinda true that they are one of the strongest most durable material in existence (in theory) if you consider them as an entire structure,
but if you decide to make a key out of a piece of a black hole/neutron star and somehow manage to bring it to earth instantaneous, the local condition on the earth surface would make the black hole/neutron key vaporize releasing a huge amount of energy in the process
However if 2nd law of thermodynamics (Entropy law) and Hawking Radiation theory are correct (and if dark energy is actually real), it would suggest that even these structures are not permanent.
Oh god, I've done me lifesworth of physics already haha f*** strong/weak an whatever else interaction an just let me have me moment haha
- Anna_Karenina
- Follow
Forum Posts: 4275
Wiki Points: 455
Followed by: 0
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#16
Posted by
Anna_Karenina
(4275 posts)
- 13 days, 5 hours ago
- Show Bio
It is durable enough to break the legendary Zeta Sword.
- crash_
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#17
Posted by
crash_
(10365 posts)
- 11 days, 43 minutes ago
- Show Bio
@anna_karenina said:
It is durable enough to break the legendary Zeta Sword.
Kachi Katchin. he he xd
- Anna_Karenina
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#18
Posted by
Anna_Karenina
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@crash_: Precisely!
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#19
Posted by
crash_
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- 10 days, 12 hours ago
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@anna_karenina said:
@crash_: Precisely!
Do I get a cookie now? xP
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#20
Posted by
Anna_Karenina
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- 10 days, 12 hours ago
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@crash_: 🍪 ☕
Here you are.
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#21
Edited by
crash_
(10365 posts)
- 10 days, 12 hours ago
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@anna_karenina said:
@crash_: 🍪 ☕
Here you are.
😋
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#22
Posted by
xMangog__Beastx
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Very.
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#1
Posted by
hulkuberstomp
(1791 posts)
- 14 days, 2 hours ago
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What is a theoretical limit of material's durability in our universe? For example Adamantium,is it physically possible for it to exist?
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#2
Posted by
GIliad_
(6477 posts)
- 14 days, 1 hour ago
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I'm gonna guess like a neutron star is durable af because it's so dense
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#3
Posted by
SpareHeadOne
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- 13 days, 23 hours ago
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The thing inside a black hole
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#4
Edited by
plotweapon16255
(5005 posts)
- 13 days, 23 hours ago
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@giliad_ said:
I'm gonna guess like a neutron star is durable af because it's so dense
@spareheadone said:
The thing inside a black hole
Lol,definitely not.
they most unstable material in the universe.
their atomic force itself will rip itself apart if they taken out of it's gravity.
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#5
Edited by
mimisalome
(4736 posts)
- 13 days, 23 hours ago
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Material conformation exist base on its equilibrium with their local environment and "durability" is a very loose term that could be applied to various physical properties (resistance from permanent physical deformation, flexibility/elasticity, resistance to chemical reaction, resistance to temperature changes).
In the most practical sense, strength of material is a function of electron proton bonding/charge bonding between atoms and molecules.
And stronger bonds could be attributed to the strength of the bonds, the number of bonds, and the topographical orientation of the bonds in the lattice.
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#6
Posted by
Lan_Fan
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- 13 days, 23 hours ago
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Very durable.
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#7
Posted by
mimisalome
(4736 posts)
- 13 days, 22 hours ago
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@plotweapon16255 said:
@giliad_ said:
I'm gonna guess like a neutron star is durable af because it's so dense
@spareheadone said:
The thing inside a black hole
Lol,definitely not.
they most unstable material in the universe.
their atomic force itself will rip itself apart if they taken out of it's gravity.
While this is most definitely true if you consider durability in the more traditional terms of EM forces.
Removing a single piece of the neutron star from the entire structure would require tremendous amount of energy (for black holes that would be infinite amount of energy).
Basically you'll be substituting the force of gravity as the dominant force that binds the entire material together.
So its kinda true that they are one of the strongest most durable material in existence (in theory) if you consider them as an entire structure,
but if you decide to make a key out of a piece of a black hole/neutron star and somehow manage to bring it to earth instantaneous, the local condition on the earth surface would make the black hole/neutron key vaporize releasing a huge amount of energy in the process
However if 2nd law of thermodynamics (Entropy law) and Hawking Radiation theory are correct (and if dark energy is actually real), it would suggest that even these structures are not permanent.
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#8
Posted by
SpareHeadOne
(3794 posts)
- 13 days, 20 hours ago
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The material used to create a child's doll or teddy. Those things seem to survive catastrophic events of every kind; eliciting pathos in every aftermath.
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#9
Posted by
HeroUp2112
(16927 posts)
- 13 days, 16 hours ago
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@spareheadone said:
The material used to create a child's doll or teddy. Those things seem to survive catastrophic events of every kind; eliciting pathos in every aftermath.
lol Entirely too true. Especially since the drool of small children is universally known to secret a destructive enzyme that can break down the molecular structure of ANYTHING over time.
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#10
Posted by
SpareHeadOne
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- 13 days, 16 hours ago
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@heroup2112:
A weapon that Baby Face could utilise more often.
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#11
Posted by
jagernutt
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- 13 days, 16 hours ago
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Me
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#12
Posted by
hulkuberstomp
(1791 posts)
- 13 days, 15 hours ago
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@mimisalome: and how realistic is adamantium?Is it possible for it to exist?I mean a material with immense durability and low density
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#13
Posted by
DarkPsychicLord_Prime
(2744 posts)
- 13 days, 14 hours ago
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Whatever the hell the Nokia 3310 is made from.
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#14
Posted by
mimisalome
(4736 posts)
- 13 days, 14 hours ago
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@hulkuberstomp said:
@mimisalome: and how realistic is adamantium?Is it possible for it to exist?I mean a material with immense durability and low density
Not in our current level of scientific understanding.
I can't tell if it's actually feasible, but we have some really weird scientific concepts in Particle Physics and Quantum Mechanics.
Would it be possible for us to engineer new types of particles, and as a consequence create new kinds of highly improbable elements, and materials?
only time will tell.
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#15
Posted by
GIliad_
(6477 posts)
- 13 days, 6 hours ago
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@mimisalome said:
@plotweapon16255 said:
@giliad_ said:
I'm gonna guess like a neutron star is durable af because it's so dense
@spareheadone said:
The thing inside a black hole
Lol,definitely not.
they most unstable material in the universe.
their atomic force itself will rip itself apart if they taken out of it's gravity.
While this is most definitely true if you consider durability in the more traditional terms of EM forces.
Removing a single piece of the neutron star from the entire structure would require tremendous amount of energy (for black holes that would be infinite amount of energy).
Basically you'll be substituting the force of gravity as the dominant force that binds the entire material together.
So its kinda true that they are one of the strongest most durable material in existence (in theory) if you consider them as an entire structure,
but if you decide to make a key out of a piece of a black hole/neutron star and somehow manage to bring it to earth instantaneous, the local condition on the earth surface would make the black hole/neutron key vaporize releasing a huge amount of energy in the process
However if 2nd law of thermodynamics (Entropy law) and Hawking Radiation theory are correct (and if dark energy is actually real), it would suggest that even these structures are not permanent.
Oh god, I've done me lifesworth of physics already haha f*** strong/weak an whatever else interaction an just let me have me moment haha
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#16
Posted by
Anna_Karenina
(4275 posts)
- 13 days, 5 hours ago
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It is durable enough to break the legendary Zeta Sword.
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#17
Posted by
crash_
(10365 posts)
- 11 days, 43 minutes ago
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@anna_karenina said:
It is durable enough to break the legendary Zeta Sword.
Kachi Katchin. he he xd
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#18
Posted by
Anna_Karenina
(4275 posts)
- 10 days, 12 hours ago
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@crash_: Precisely!
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#19
Posted by
crash_
(10365 posts)
- 10 days, 12 hours ago
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@anna_karenina said:
@crash_: Precisely!
Do I get a cookie now? xP
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#20
Posted by
Anna_Karenina
(4275 posts)
- 10 days, 12 hours ago
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@crash_: 🍪 ☕
Here you are.
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#21
Edited by
crash_
(10365 posts)
- 10 days, 12 hours ago
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@anna_karenina said:
@crash_: 🍪 ☕
Here you are.
😋
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#22
Posted by
xMangog__Beastx
(985 posts)
- 10 days, 12 hours ago
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Very.
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#1
Posted by
hulkuberstomp
(1791 posts)
- 14 days, 2 hours ago
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What is a theoretical limit of material's durability in our universe? For example Adamantium,is it physically possible for it to exist?
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#2
Posted by
GIliad_
(6477 posts)
- 14 days, 1 hour ago
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I'm gonna guess like a neutron star is durable af because it's so dense
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#3
Posted by
SpareHeadOne
(3794 posts)
- 13 days, 23 hours ago
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The thing inside a black hole
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#4
Edited by
plotweapon16255
(5005 posts)
- 13 days, 23 hours ago
- Show Bio
@giliad_ said:
I'm gonna guess like a neutron star is durable af because it's so dense
@spareheadone said:
The thing inside a black hole
Lol,definitely not.
they most unstable material in the universe.
their atomic force itself will rip itself apart if they taken out of it's gravity.
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#5
Edited by
mimisalome
(4736 posts)
- 13 days, 23 hours ago
- Show Bio
Material conformation exist base on its equilibrium with their local environment and "durability" is a very loose term that could be applied to various physical properties (resistance from permanent physical deformation, flexibility/elasticity, resistance to chemical reaction, resistance to temperature changes).
In the most practical sense, strength of material is a function of electron proton bonding/charge bonding between atoms and molecules.
And stronger bonds could be attributed to the strength of the bonds, the number of bonds, and the topographical orientation of the bonds in the lattice.
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#6
Posted by
Lan_Fan
(6248 posts)
- 13 days, 23 hours ago
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Very durable.
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#7
Posted by
mimisalome
(4736 posts)
- 13 days, 22 hours ago
- Show Bio
@plotweapon16255 said:
@giliad_ said:
I'm gonna guess like a neutron star is durable af because it's so dense
@spareheadone said:
The thing inside a black hole
Lol,definitely not.
they most unstable material in the universe.
their atomic force itself will rip itself apart if they taken out of it's gravity.
While this is most definitely true if you consider durability in the more traditional terms of EM forces.
Removing a single piece of the neutron star from the entire structure would require tremendous amount of energy (for black holes that would be infinite amount of energy).
Basically you'll be substituting the force of gravity as the dominant force that binds the entire material together.
So its kinda true that they are one of the strongest most durable material in existence (in theory) if you consider them as an entire structure,
but if you decide to make a key out of a piece of a black hole/neutron star and somehow manage to bring it to earth instantaneous, the local condition on the earth surface would make the black hole/neutron key vaporize releasing a huge amount of energy in the process
However if 2nd law of thermodynamics (Entropy law) and Hawking Radiation theory are correct (and if dark energy is actually real), it would suggest that even these structures are not permanent.
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#8
Posted by
SpareHeadOne
(3794 posts)
- 13 days, 20 hours ago
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The material used to create a child's doll or teddy. Those things seem to survive catastrophic events of every kind; eliciting pathos in every aftermath.
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#9
Posted by
HeroUp2112
(16927 posts)
- 13 days, 16 hours ago
- Show Bio
@spareheadone said:
The material used to create a child's doll or teddy. Those things seem to survive catastrophic events of every kind; eliciting pathos in every aftermath.
lol Entirely too true. Especially since the drool of small children is universally known to secret a destructive enzyme that can break down the molecular structure of ANYTHING over time.
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#10
Posted by
SpareHeadOne
(3794 posts)
- 13 days, 16 hours ago
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@heroup2112:
A weapon that Baby Face could utilise more often.
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#11
Posted by
jagernutt
(13223 posts)
- 13 days, 16 hours ago
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Me
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#12
Posted by
hulkuberstomp
(1791 posts)
- 13 days, 15 hours ago
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@mimisalome: and how realistic is adamantium?Is it possible for it to exist?I mean a material with immense durability and low density
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#13
Posted by
DarkPsychicLord_Prime
(2744 posts)
- 13 days, 14 hours ago
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Whatever the hell the Nokia 3310 is made from.
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#14
Posted by
mimisalome
(4736 posts)
- 13 days, 14 hours ago
- Show Bio
@hulkuberstomp said:
@mimisalome: and how realistic is adamantium?Is it possible for it to exist?I mean a material with immense durability and low density
Not in our current level of scientific understanding.
I can't tell if it's actually feasible, but we have some really weird scientific concepts in Particle Physics and Quantum Mechanics.
Would it be possible for us to engineer new types of particles, and as a consequence create new kinds of highly improbable elements, and materials?
only time will tell.
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#15
Posted by
GIliad_
(6477 posts)
- 13 days, 6 hours ago
- Show Bio
@mimisalome said:
@plotweapon16255 said:
@giliad_ said:
I'm gonna guess like a neutron star is durable af because it's so dense
@spareheadone said:
The thing inside a black hole
Lol,definitely not.
they most unstable material in the universe.
their atomic force itself will rip itself apart if they taken out of it's gravity.
While this is most definitely true if you consider durability in the more traditional terms of EM forces.
Removing a single piece of the neutron star from the entire structure would require tremendous amount of energy (for black holes that would be infinite amount of energy).
Basically you'll be substituting the force of gravity as the dominant force that binds the entire material together.
So its kinda true that they are one of the strongest most durable material in existence (in theory) if you consider them as an entire structure,
but if you decide to make a key out of a piece of a black hole/neutron star and somehow manage to bring it to earth instantaneous, the local condition on the earth surface would make the black hole/neutron key vaporize releasing a huge amount of energy in the process
However if 2nd law of thermodynamics (Entropy law) and Hawking Radiation theory are correct (and if dark energy is actually real), it would suggest that even these structures are not permanent.
Oh god, I've done me lifesworth of physics already haha f*** strong/weak an whatever else interaction an just let me have me moment haha
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#16
Posted by
Anna_Karenina
(4275 posts)
- 13 days, 5 hours ago
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It is durable enough to break the legendary Zeta Sword.
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#17
Posted by
crash_
(10365 posts)
- 11 days, 43 minutes ago
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@anna_karenina said:
It is durable enough to break the legendary Zeta Sword.
Kachi Katchin. he he xd
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#18
Posted by
Anna_Karenina
(4275 posts)
- 10 days, 12 hours ago
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@crash_: Precisely!
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#19
Posted by
crash_
(10365 posts)
- 10 days, 12 hours ago
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@anna_karenina said:
@crash_: Precisely!
Do I get a cookie now? xP
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#20
Posted by
Anna_Karenina
(4275 posts)
- 10 days, 12 hours ago
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@crash_: 🍪 ☕
Here you are.
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#21
Edited by
crash_
(10365 posts)
- 10 days, 12 hours ago
- Show Bio
@anna_karenina said:
@crash_: 🍪 ☕
Here you are.
😋
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#22
Posted by
xMangog__Beastx
(985 posts)
- 10 days, 12 hours ago
- Show Bio
Very.
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#1
Posted by
hulkuberstomp
(1791 posts)
- 14 days, 2 hours ago
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What is a theoretical limit of material's durability in our universe? For example Adamantium,is it physically possible for it to exist?
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#1
Posted by
hulkuberstomp
(1791 posts)
- 14 days, 2 hours ago
- Show Bio
What is a theoretical limit of material's durability in our universe? For example Adamantium,is it physically possible for it to exist?
#1
Posted by
hulkuberstomp
(1791 posts)
- 14 days, 2 hours ago
- Show Bio
What is a theoretical limit of material's durability in our universe? For example Adamantium,is it physically possible for it to exist?
#1
Posted by
hulkuberstomp
(1791 posts)
- 14 days, 2 hours ago
- Show Bio
What is a theoretical limit of material's durability in our universe? For example Adamantium,is it physically possible for it to exist?
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#2
Posted by
GIliad_
(6477 posts)
- 14 days, 1 hour ago
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I'm gonna guess like a neutron star is durable af because it's so dense
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#2
Posted by
GIliad_
(6477 posts)
- 14 days, 1 hour ago
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I'm gonna guess like a neutron star is durable af because it's so dense
#2
Posted by
GIliad_
(6477 posts)
- 14 days, 1 hour ago
- Show Bio
I'm gonna guess like a neutron star is durable af because it's so dense
#2
Posted by
GIliad_
(6477 posts)
- 14 days, 1 hour ago
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I'm gonna guess like a neutron star is durable af because it's so dense
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#3
Posted by
SpareHeadOne
(3794 posts)
- 13 days, 23 hours ago
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The thing inside a black hole
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#3
Posted by
SpareHeadOne
(3794 posts)
- 13 days, 23 hours ago
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The thing inside a black hole
#3
Posted by
SpareHeadOne
(3794 posts)
- 13 days, 23 hours ago
- Show Bio
The thing inside a black hole
#3
Posted by
SpareHeadOne
(3794 posts)
- 13 days, 23 hours ago
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The thing inside a black hole
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#4
Edited by
plotweapon16255
(5005 posts)
- 13 days, 23 hours ago
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@giliad_ said:
I'm gonna guess like a neutron star is durable af because it's so dense
@spareheadone said:
The thing inside a black hole
Lol,definitely not.
they most unstable material in the universe.
their atomic force itself will rip itself apart if they taken out of it's gravity.
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#4
Edited by
plotweapon16255
(5005 posts)
- 13 days, 23 hours ago
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@giliad_ said:
I'm gonna guess like a neutron star is durable af because it's so dense
@spareheadone said:
The thing inside a black hole
Lol,definitely not.
they most unstable material in the universe.
their atomic force itself will rip itself apart if they taken out of it's gravity.
#4
Edited by
plotweapon16255
(5005 posts)
- 13 days, 23 hours ago
- Show Bio
@giliad_ said:
I'm gonna guess like a neutron star is durable af because it's so dense
@spareheadone said:
The thing inside a black hole
Lol,definitely not.
they most unstable material in the universe.
their atomic force itself will rip itself apart if they taken out of it's gravity.
#4
Edited by
plotweapon16255
(5005 posts)
- 13 days, 23 hours ago
- Show Bio
@giliad_ said:
I'm gonna guess like a neutron star is durable af because it's so dense
@spareheadone said:
The thing inside a black hole
Lol,definitely not.
they most unstable material in the universe.
their atomic force itself will rip itself apart if they taken out of it's gravity.
@giliad_ said:
I'm gonna guess like a neutron star is durable af because it's so dense
I'm gonna guess like a neutron star is durable af because it's so dense
@spareheadone said:
The thing inside a black hole
The thing inside a black hole
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#5
Edited by
mimisalome
(4736 posts)
- 13 days, 23 hours ago
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Material conformation exist base on its equilibrium with their local environment and "durability" is a very loose term that could be applied to various physical properties (resistance from permanent physical deformation, flexibility/elasticity, resistance to chemical reaction, resistance to temperature changes).
In the most practical sense, strength of material is a function of electron proton bonding/charge bonding between atoms and molecules.
And stronger bonds could be attributed to the strength of the bonds, the number of bonds, and the topographical orientation of the bonds in the lattice.
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#5
Edited by
mimisalome
(4736 posts)
- 13 days, 23 hours ago
- Show Bio
Material conformation exist base on its equilibrium with their local environment and "durability" is a very loose term that could be applied to various physical properties (resistance from permanent physical deformation, flexibility/elasticity, resistance to chemical reaction, resistance to temperature changes).
In the most practical sense, strength of material is a function of electron proton bonding/charge bonding between atoms and molecules.
And stronger bonds could be attributed to the strength of the bonds, the number of bonds, and the topographical orientation of the bonds in the lattice.
#5
Edited by
mimisalome
(4736 posts)
- 13 days, 23 hours ago
- Show Bio
Material conformation exist base on its equilibrium with their local environment and "durability" is a very loose term that could be applied to various physical properties (resistance from permanent physical deformation, flexibility/elasticity, resistance to chemical reaction, resistance to temperature changes).
In the most practical sense, strength of material is a function of electron proton bonding/charge bonding between atoms and molecules.
And stronger bonds could be attributed to the strength of the bonds, the number of bonds, and the topographical orientation of the bonds in the lattice.
#5
Edited by
mimisalome
(4736 posts)
- 13 days, 23 hours ago
- Show Bio
Material conformation exist base on its equilibrium with their local environment and "durability" is a very loose term that could be applied to various physical properties (resistance from permanent physical deformation, flexibility/elasticity, resistance to chemical reaction, resistance to temperature changes).
In the most practical sense, strength of material is a function of electron proton bonding/charge bonding between atoms and molecules.
And stronger bonds could be attributed to the strength of the bonds, the number of bonds, and the topographical orientation of the bonds in the lattice.
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#6
Posted by
Lan_Fan
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- 13 days, 23 hours ago
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Very durable.
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#6
Posted by
Lan_Fan
(6248 posts)
- 13 days, 23 hours ago
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Very durable.
#6
Posted by
Lan_Fan
(6248 posts)
- 13 days, 23 hours ago
- Show Bio
Very durable.
#6
Posted by
Lan_Fan
(6248 posts)
- 13 days, 23 hours ago
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Very durable.
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#7
Posted by
mimisalome
(4736 posts)
- 13 days, 22 hours ago
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@plotweapon16255 said:
@giliad_ said:
I'm gonna guess like a neutron star is durable af because it's so dense
@spareheadone said:
The thing inside a black hole
Lol,definitely not.
they most unstable material in the universe.
their atomic force itself will rip itself apart if they taken out of it's gravity.
While this is most definitely true if you consider durability in the more traditional terms of EM forces.
Removing a single piece of the neutron star from the entire structure would require tremendous amount of energy (for black holes that would be infinite amount of energy).
Basically you'll be substituting the force of gravity as the dominant force that binds the entire material together.
So its kinda true that they are one of the strongest most durable material in existence (in theory) if you consider them as an entire structure,
but if you decide to make a key out of a piece of a black hole/neutron star and somehow manage to bring it to earth instantaneous, the local condition on the earth surface would make the black hole/neutron key vaporize releasing a huge amount of energy in the process
However if 2nd law of thermodynamics (Entropy law) and Hawking Radiation theory are correct (and if dark energy is actually real), it would suggest that even these structures are not permanent.
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#7
Posted by
mimisalome
(4736 posts)
- 13 days, 22 hours ago
- Show Bio
@plotweapon16255 said:
@giliad_ said:
I'm gonna guess like a neutron star is durable af because it's so dense
@spareheadone said:
The thing inside a black hole
Lol,definitely not.
they most unstable material in the universe.
their atomic force itself will rip itself apart if they taken out of it's gravity.
While this is most definitely true if you consider durability in the more traditional terms of EM forces.
Removing a single piece of the neutron star from the entire structure would require tremendous amount of energy (for black holes that would be infinite amount of energy).
Basically you'll be substituting the force of gravity as the dominant force that binds the entire material together.
So its kinda true that they are one of the strongest most durable material in existence (in theory) if you consider them as an entire structure,
but if you decide to make a key out of a piece of a black hole/neutron star and somehow manage to bring it to earth instantaneous, the local condition on the earth surface would make the black hole/neutron key vaporize releasing a huge amount of energy in the process
However if 2nd law of thermodynamics (Entropy law) and Hawking Radiation theory are correct (and if dark energy is actually real), it would suggest that even these structures are not permanent.
#7
Posted by
mimisalome
(4736 posts)
- 13 days, 22 hours ago
- Show Bio
@plotweapon16255 said:
@giliad_ said:
I'm gonna guess like a neutron star is durable af because it's so dense
@spareheadone said:
The thing inside a black hole
Lol,definitely not.
they most unstable material in the universe.
their atomic force itself will rip itself apart if they taken out of it's gravity.
While this is most definitely true if you consider durability in the more traditional terms of EM forces.
Removing a single piece of the neutron star from the entire structure would require tremendous amount of energy (for black holes that would be infinite amount of energy).
Basically you'll be substituting the force of gravity as the dominant force that binds the entire material together.
So its kinda true that they are one of the strongest most durable material in existence (in theory) if you consider them as an entire structure,
but if you decide to make a key out of a piece of a black hole/neutron star and somehow manage to bring it to earth instantaneous, the local condition on the earth surface would make the black hole/neutron key vaporize releasing a huge amount of energy in the process
However if 2nd law of thermodynamics (Entropy law) and Hawking Radiation theory are correct (and if dark energy is actually real), it would suggest that even these structures are not permanent.
#7
Posted by
mimisalome
(4736 posts)
- 13 days, 22 hours ago
- Show Bio
@plotweapon16255 said:
@giliad_ said:
I'm gonna guess like a neutron star is durable af because it's so dense
@spareheadone said:
The thing inside a black hole
Lol,definitely not.
they most unstable material in the universe.
their atomic force itself will rip itself apart if they taken out of it's gravity.
While this is most definitely true if you consider durability in the more traditional terms of EM forces.
Removing a single piece of the neutron star from the entire structure would require tremendous amount of energy (for black holes that would be infinite amount of energy).
Basically you'll be substituting the force of gravity as the dominant force that binds the entire material together.
So its kinda true that they are one of the strongest most durable material in existence (in theory) if you consider them as an entire structure,
but if you decide to make a key out of a piece of a black hole/neutron star and somehow manage to bring it to earth instantaneous, the local condition on the earth surface would make the black hole/neutron key vaporize releasing a huge amount of energy in the process
However if 2nd law of thermodynamics (Entropy law) and Hawking Radiation theory are correct (and if dark energy is actually real), it would suggest that even these structures are not permanent.
@plotweapon16255 said:
@giliad_ said:
I'm gonna guess like a neutron star is durable af because it's so dense
@spareheadone said:
The thing inside a black hole
Lol,definitely not.
they most unstable material in the universe.
their atomic force itself will rip itself apart if they taken out of it's gravity.
@plotweapon16255 said:
@giliad_ said:
I'm gonna guess like a neutron star is durable af because it's so dense
@spareheadone said:
The thing inside a black hole
Lol,definitely not.
they most unstable material in the universe.
their atomic force itself will rip itself apart if they taken out of it's gravity.
@giliad_ said:
I'm gonna guess like a neutron star is durable af because it's so dense
I'm gonna guess like a neutron star is durable af because it's so dense
@spareheadone said:
The thing inside a black hole
The thing inside a black hole
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#8
Posted by
SpareHeadOne
(3794 posts)
- 13 days, 20 hours ago
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The material used to create a child's doll or teddy. Those things seem to survive catastrophic events of every kind; eliciting pathos in every aftermath.
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#8
Posted by
SpareHeadOne
(3794 posts)
- 13 days, 20 hours ago
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The material used to create a child's doll or teddy. Those things seem to survive catastrophic events of every kind; eliciting pathos in every aftermath.
#8
Posted by
SpareHeadOne
(3794 posts)
- 13 days, 20 hours ago
- Show Bio
The material used to create a child's doll or teddy. Those things seem to survive catastrophic events of every kind; eliciting pathos in every aftermath.
#8
Posted by
SpareHeadOne
(3794 posts)
- 13 days, 20 hours ago
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The material used to create a child's doll or teddy. Those things seem to survive catastrophic events of every kind; eliciting pathos in every aftermath.
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#9
Posted by
HeroUp2112
(16927 posts)
- 13 days, 16 hours ago
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@spareheadone said:
The material used to create a child's doll or teddy. Those things seem to survive catastrophic events of every kind; eliciting pathos in every aftermath.
lol Entirely too true. Especially since the drool of small children is universally known to secret a destructive enzyme that can break down the molecular structure of ANYTHING over time.
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#9
Posted by
HeroUp2112
(16927 posts)
- 13 days, 16 hours ago
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@spareheadone said:
The material used to create a child's doll or teddy. Those things seem to survive catastrophic events of every kind; eliciting pathos in every aftermath.
lol Entirely too true. Especially since the drool of small children is universally known to secret a destructive enzyme that can break down the molecular structure of ANYTHING over time.
#9
Posted by
HeroUp2112
(16927 posts)
- 13 days, 16 hours ago
- Show Bio
@spareheadone said:
The material used to create a child's doll or teddy. Those things seem to survive catastrophic events of every kind; eliciting pathos in every aftermath.
lol Entirely too true. Especially since the drool of small children is universally known to secret a destructive enzyme that can break down the molecular structure of ANYTHING over time.
#9
Posted by
HeroUp2112
(16927 posts)
- 13 days, 16 hours ago
- Show Bio
@spareheadone said:
The material used to create a child's doll or teddy. Those things seem to survive catastrophic events of every kind; eliciting pathos in every aftermath.
lol Entirely too true. Especially since the drool of small children is universally known to secret a destructive enzyme that can break down the molecular structure of ANYTHING over time.
@spareheadone said:
The material used to create a child's doll or teddy. Those things seem to survive catastrophic events of every kind; eliciting pathos in every aftermath.
@spareheadone said:
The material used to create a child's doll or teddy. Those things seem to survive catastrophic events of every kind; eliciting pathos in every aftermath.
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#10
Posted by
SpareHeadOne
(3794 posts)
- 13 days, 16 hours ago
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@heroup2112:
A weapon that Baby Face could utilise more often.
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#10
Posted by
SpareHeadOne
(3794 posts)
- 13 days, 16 hours ago
- Show Bio
@heroup2112:
A weapon that Baby Face could utilise more often.
#10
Posted by
SpareHeadOne
(3794 posts)
- 13 days, 16 hours ago
- Show Bio
@heroup2112:
A weapon that Baby Face could utilise more often.
#10
Posted by
SpareHeadOne
(3794 posts)
- 13 days, 16 hours ago
- Show Bio
@heroup2112:
A weapon that Baby Face could utilise more often.
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#11
Posted by
jagernutt
(13223 posts)
- 13 days, 16 hours ago
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Me
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#11
Posted by
jagernutt
(13223 posts)
- 13 days, 16 hours ago
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Me
#11
Posted by
jagernutt
(13223 posts)
- 13 days, 16 hours ago
- Show Bio
Me
#11
Posted by
jagernutt
(13223 posts)
- 13 days, 16 hours ago
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Me
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#12
Posted by
hulkuberstomp
(1791 posts)
- 13 days, 15 hours ago
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@mimisalome: and how realistic is adamantium?Is it possible for it to exist?I mean a material with immense durability and low density
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#12
Posted by
hulkuberstomp
(1791 posts)
- 13 days, 15 hours ago
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@mimisalome: and how realistic is adamantium?Is it possible for it to exist?I mean a material with immense durability and low density
#12
Posted by
hulkuberstomp
(1791 posts)
- 13 days, 15 hours ago
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@mimisalome: and how realistic is adamantium?Is it possible for it to exist?I mean a material with immense durability and low density
#12
Posted by
hulkuberstomp
(1791 posts)
- 13 days, 15 hours ago
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@mimisalome: and how realistic is adamantium?Is it possible for it to exist?I mean a material with immense durability and low density
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#13
Posted by
DarkPsychicLord_Prime
(2744 posts)
- 13 days, 14 hours ago
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Whatever the hell the Nokia 3310 is made from.
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#13
Posted by
DarkPsychicLord_Prime
(2744 posts)
- 13 days, 14 hours ago
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Whatever the hell the Nokia 3310 is made from.
#13
Posted by
DarkPsychicLord_Prime
(2744 posts)
- 13 days, 14 hours ago
- Show Bio
Whatever the hell the Nokia 3310 is made from.
#13
Posted by
DarkPsychicLord_Prime
(2744 posts)
- 13 days, 14 hours ago
- Show Bio
Whatever the hell the Nokia 3310 is made from.
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#14
Posted by
mimisalome
(4736 posts)
- 13 days, 14 hours ago
- Show Bio
@hulkuberstomp said:
@mimisalome: and how realistic is adamantium?Is it possible for it to exist?I mean a material with immense durability and low density
Not in our current level of scientific understanding.
I can't tell if it's actually feasible, but we have some really weird scientific concepts in Particle Physics and Quantum Mechanics.
Would it be possible for us to engineer new types of particles, and as a consequence create new kinds of highly improbable elements, and materials?
only time will tell.
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#14
Posted by
mimisalome
(4736 posts)
- 13 days, 14 hours ago
- Show Bio
@hulkuberstomp said:
@mimisalome: and how realistic is adamantium?Is it possible for it to exist?I mean a material with immense durability and low density
Not in our current level of scientific understanding.
I can't tell if it's actually feasible, but we have some really weird scientific concepts in Particle Physics and Quantum Mechanics.
Would it be possible for us to engineer new types of particles, and as a consequence create new kinds of highly improbable elements, and materials?
only time will tell.
#14
Posted by
mimisalome
(4736 posts)
- 13 days, 14 hours ago
- Show Bio
@hulkuberstomp said:
@mimisalome: and how realistic is adamantium?Is it possible for it to exist?I mean a material with immense durability and low density
Not in our current level of scientific understanding.
I can't tell if it's actually feasible, but we have some really weird scientific concepts in Particle Physics and Quantum Mechanics.
Would it be possible for us to engineer new types of particles, and as a consequence create new kinds of highly improbable elements, and materials?
only time will tell.
#14
Posted by
mimisalome
(4736 posts)
- 13 days, 14 hours ago
- Show Bio
@hulkuberstomp said:
@mimisalome: and how realistic is adamantium?Is it possible for it to exist?I mean a material with immense durability and low density
Not in our current level of scientific understanding.
I can't tell if it's actually feasible, but we have some really weird scientific concepts in Particle Physics and Quantum Mechanics.
Would it be possible for us to engineer new types of particles, and as a consequence create new kinds of highly improbable elements, and materials?
only time will tell.
@hulkuberstomp said:
@mimisalome: and how realistic is adamantium?Is it possible for it to exist?I mean a material with immense durability and low density
@hulkuberstomp said:
@mimisalome: and how realistic is adamantium?Is it possible for it to exist?I mean a material with immense durability and low density
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#15
Posted by
GIliad_
(6477 posts)
- 13 days, 6 hours ago
- Show Bio
@mimisalome said:
@plotweapon16255 said:
@giliad_ said:
I'm gonna guess like a neutron star is durable af because it's so dense
@spareheadone said:
The thing inside a black hole
Lol,definitely not.
they most unstable material in the universe.
their atomic force itself will rip itself apart if they taken out of it's gravity.
While this is most definitely true if you consider durability in the more traditional terms of EM forces.
Removing a single piece of the neutron star from the entire structure would require tremendous amount of energy (for black holes that would be infinite amount of energy).
Basically you'll be substituting the force of gravity as the dominant force that binds the entire material together.
So its kinda true that they are one of the strongest most durable material in existence (in theory) if you consider them as an entire structure,
but if you decide to make a key out of a piece of a black hole/neutron star and somehow manage to bring it to earth instantaneous, the local condition on the earth surface would make the black hole/neutron key vaporize releasing a huge amount of energy in the process
However if 2nd law of thermodynamics (Entropy law) and Hawking Radiation theory are correct (and if dark energy is actually real), it would suggest that even these structures are not permanent.
Oh god, I've done me lifesworth of physics already haha f*** strong/weak an whatever else interaction an just let me have me moment haha
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#15
Posted by
GIliad_
(6477 posts)
- 13 days, 6 hours ago
- Show Bio
@mimisalome said:
@plotweapon16255 said:
@giliad_ said:
I'm gonna guess like a neutron star is durable af because it's so dense
@spareheadone said:
The thing inside a black hole
Lol,definitely not.
they most unstable material in the universe.
their atomic force itself will rip itself apart if they taken out of it's gravity.
While this is most definitely true if you consider durability in the more traditional terms of EM forces.
Removing a single piece of the neutron star from the entire structure would require tremendous amount of energy (for black holes that would be infinite amount of energy).
Basically you'll be substituting the force of gravity as the dominant force that binds the entire material together.
So its kinda true that they are one of the strongest most durable material in existence (in theory) if you consider them as an entire structure,
but if you decide to make a key out of a piece of a black hole/neutron star and somehow manage to bring it to earth instantaneous, the local condition on the earth surface would make the black hole/neutron key vaporize releasing a huge amount of energy in the process
However if 2nd law of thermodynamics (Entropy law) and Hawking Radiation theory are correct (and if dark energy is actually real), it would suggest that even these structures are not permanent.
Oh god, I've done me lifesworth of physics already haha f*** strong/weak an whatever else interaction an just let me have me moment haha
#15
Posted by
GIliad_
(6477 posts)
- 13 days, 6 hours ago
- Show Bio
@mimisalome said:
@plotweapon16255 said:
@giliad_ said:
I'm gonna guess like a neutron star is durable af because it's so dense
@spareheadone said:
The thing inside a black hole
Lol,definitely not.
they most unstable material in the universe.
their atomic force itself will rip itself apart if they taken out of it's gravity.
While this is most definitely true if you consider durability in the more traditional terms of EM forces.
Removing a single piece of the neutron star from the entire structure would require tremendous amount of energy (for black holes that would be infinite amount of energy).
Basically you'll be substituting the force of gravity as the dominant force that binds the entire material together.
So its kinda true that they are one of the strongest most durable material in existence (in theory) if you consider them as an entire structure,
but if you decide to make a key out of a piece of a black hole/neutron star and somehow manage to bring it to earth instantaneous, the local condition on the earth surface would make the black hole/neutron key vaporize releasing a huge amount of energy in the process
However if 2nd law of thermodynamics (Entropy law) and Hawking Radiation theory are correct (and if dark energy is actually real), it would suggest that even these structures are not permanent.
Oh god, I've done me lifesworth of physics already haha f*** strong/weak an whatever else interaction an just let me have me moment haha
#15
Posted by
GIliad_
(6477 posts)
- 13 days, 6 hours ago
- Show Bio
@mimisalome said:
@plotweapon16255 said:
@giliad_ said:
I'm gonna guess like a neutron star is durable af because it's so dense
@spareheadone said:
The thing inside a black hole
Lol,definitely not.
they most unstable material in the universe.
their atomic force itself will rip itself apart if they taken out of it's gravity.
While this is most definitely true if you consider durability in the more traditional terms of EM forces.
Removing a single piece of the neutron star from the entire structure would require tremendous amount of energy (for black holes that would be infinite amount of energy).
Basically you'll be substituting the force of gravity as the dominant force that binds the entire material together.
So its kinda true that they are one of the strongest most durable material in existence (in theory) if you consider them as an entire structure,
but if you decide to make a key out of a piece of a black hole/neutron star and somehow manage to bring it to earth instantaneous, the local condition on the earth surface would make the black hole/neutron key vaporize releasing a huge amount of energy in the process
However if 2nd law of thermodynamics (Entropy law) and Hawking Radiation theory are correct (and if dark energy is actually real), it would suggest that even these structures are not permanent.
Oh god, I've done me lifesworth of physics already haha f*** strong/weak an whatever else interaction an just let me have me moment haha
@mimisalome said:
@plotweapon16255 said:
@giliad_ said:
I'm gonna guess like a neutron star is durable af because it's so dense
@spareheadone said:
The thing inside a black hole
Lol,definitely not.
they most unstable material in the universe.
their atomic force itself will rip itself apart if they taken out of it's gravity.
While this is most definitely true if you consider durability in the more traditional terms of EM forces.
Removing a single piece of the neutron star from the entire structure would require tremendous amount of energy (for black holes that would be infinite amount of energy).
Basically you'll be substituting the force of gravity as the dominant force that binds the entire material together.
So its kinda true that they are one of the strongest most durable material in existence (in theory) if you consider them as an entire structure,
but if you decide to make a key out of a piece of a black hole/neutron star and somehow manage to bring it to earth instantaneous, the local condition on the earth surface would make the black hole/neutron key vaporize releasing a huge amount of energy in the process
However if 2nd law of thermodynamics (Entropy law) and Hawking Radiation theory are correct (and if dark energy is actually real), it would suggest that even these structures are not permanent.
@mimisalome said:
@plotweapon16255 said:
@giliad_ said:
I'm gonna guess like a neutron star is durable af because it's so dense
@spareheadone said:
The thing inside a black hole
Lol,definitely not.
they most unstable material in the universe.
their atomic force itself will rip itself apart if they taken out of it's gravity.
While this is most definitely true if you consider durability in the more traditional terms of EM forces.
Removing a single piece of the neutron star from the entire structure would require tremendous amount of energy (for black holes that would be infinite amount of energy).
Basically you'll be substituting the force of gravity as the dominant force that binds the entire material together.
So its kinda true that they are one of the strongest most durable material in existence (in theory) if you consider them as an entire structure,
but if you decide to make a key out of a piece of a black hole/neutron star and somehow manage to bring it to earth instantaneous, the local condition on the earth surface would make the black hole/neutron key vaporize releasing a huge amount of energy in the process
However if 2nd law of thermodynamics (Entropy law) and Hawking Radiation theory are correct (and if dark energy is actually real), it would suggest that even these structures are not permanent.
@plotweapon16255 said:
@giliad_ said:
I'm gonna guess like a neutron star is durable af because it's so dense
@spareheadone said:
The thing inside a black hole
Lol,definitely not.
they most unstable material in the universe.
their atomic force itself will rip itself apart if they taken out of it's gravity.
@giliad_ said:
I'm gonna guess like a neutron star is durable af because it's so dense
@spareheadone said:
The thing inside a black hole
Lol,definitely not.
they most unstable material in the universe.
their atomic force itself will rip itself apart if they taken out of it's gravity.
@giliad_ said:
I'm gonna guess like a neutron star is durable af because it's so dense
I'm gonna guess like a neutron star is durable af because it's so dense
@spareheadone said:
The thing inside a black hole
The thing inside a black hole
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#16
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Anna_Karenina
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It is durable enough to break the legendary Zeta Sword.
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#16
Posted by
Anna_Karenina
(4275 posts)
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It is durable enough to break the legendary Zeta Sword.
#16
Posted by
Anna_Karenina
(4275 posts)
- 13 days, 5 hours ago
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It is durable enough to break the legendary Zeta Sword.
#16
Posted by
Anna_Karenina
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It is durable enough to break the legendary Zeta Sword.
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#17
Posted by
crash_
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@anna_karenina said:
It is durable enough to break the legendary Zeta Sword.
Kachi Katchin. he he xd
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#17
Posted by
crash_
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@anna_karenina said:
It is durable enough to break the legendary Zeta Sword.
Kachi Katchin. he he xd
#17
Posted by
crash_
(10365 posts)
- 11 days, 43 minutes ago
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@anna_karenina said:
It is durable enough to break the legendary Zeta Sword.
Kachi Katchin. he he xd
#17
Posted by
crash_
(10365 posts)
- 11 days, 43 minutes ago
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@anna_karenina said:
It is durable enough to break the legendary Zeta Sword.
Kachi Katchin. he he xd
@anna_karenina said:
It is durable enough to break the legendary Zeta Sword.
@anna_karenina said:
It is durable enough to break the legendary Zeta Sword.
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#18
Posted by
Anna_Karenina
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@crash_: Precisely!
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#18
Posted by
Anna_Karenina
(4275 posts)
- 10 days, 12 hours ago
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@crash_: Precisely!
#18
Posted by
Anna_Karenina
(4275 posts)
- 10 days, 12 hours ago
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@crash_: Precisely!
#18
Posted by
Anna_Karenina
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@crash_: Precisely!
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#19
Posted by
crash_
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@anna_karenina said:
@crash_: Precisely!
Do I get a cookie now? xP
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#19
Posted by
crash_
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@anna_karenina said:
@crash_: Precisely!
Do I get a cookie now? xP
#19
Posted by
crash_
(10365 posts)
- 10 days, 12 hours ago
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@anna_karenina said:
@crash_: Precisely!
Do I get a cookie now? xP
#19
Posted by
crash_
(10365 posts)
- 10 days, 12 hours ago
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@anna_karenina said:
@crash_: Precisely!
Do I get a cookie now? xP
@anna_karenina said:
@crash_: Precisely!
@anna_karenina said:
@crash_: Precisely!
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#20
Posted by
Anna_Karenina
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@crash_: 🍪 ☕
Here you are.
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#20
Posted by
Anna_Karenina
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@crash_: 🍪 ☕
Here you are.
#20
Posted by
Anna_Karenina
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- 10 days, 12 hours ago
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@crash_: 🍪 ☕
Here you are.
#20
Posted by
Anna_Karenina
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@crash_: 🍪 ☕
Here you are.
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#21
Edited by
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@anna_karenina said:
@crash_: 🍪 ☕
Here you are.
😋
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#21
Edited by
crash_
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@anna_karenina said:
@crash_: 🍪 ☕
Here you are.
😋
#21
Edited by
crash_
(10365 posts)
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@anna_karenina said:
@crash_: 🍪 ☕
Here you are.
😋
#21
Edited by
crash_
(10365 posts)
- 10 days, 12 hours ago
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@anna_karenina said:
@crash_: 🍪 ☕
Here you are.
😋
@anna_karenina said:
@crash_: 🍪 ☕
Here you are.
@crash_: 🍪 ☕
Here you are.
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#22
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Very.
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#22
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Very.
#22
Posted by
xMangog__Beastx
(985 posts)
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Very.
#22
Posted by
xMangog__Beastx
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Very.
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