What are the tiny vibrating strings in STRING THEORY called?
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hey frnd
_______
IN THE STRING THEORY
WHICH IN TINY VIBRATING STRINGS OS CALLED ""STRINGS""
u know
It describes how these strings spread through space and interact with each other.
On a greater distance scale than the string scale, a string looks like a simple particle, its mass, the charge and the variance of the string, along with other properties determined by the state. In string theory, one of the many vibrational states of the string corresponds to gravity, a quantum mechanical particle that holds the gravitational force, thus string theory is the theory of quantum gravity.
_______________
THANK YOU
@SRK6
_______
IN THE STRING THEORY
WHICH IN TINY VIBRATING STRINGS OS CALLED ""STRINGS""
u know
It describes how these strings spread through space and interact with each other.
On a greater distance scale than the string scale, a string looks like a simple particle, its mass, the charge and the variance of the string, along with other properties determined by the state. In string theory, one of the many vibrational states of the string corresponds to gravity, a quantum mechanical particle that holds the gravitational force, thus string theory is the theory of quantum gravity.
_______________
THANK YOU
@SRK6
Anonymous:
They r not called strings.
Answered by
1
Strings made of matter are complex objects that require a highly specific form of long-chain inter-atomic bonding (mostly carbon based) that would be difficult to implement if the physics parameters of our universe were tweaked even a tiny bit. That bonding gets even more complicated when you add in elasticity. The vibration modes of a real string are the non-obvious emergent outcome of a complex interplay of mass, angular momentum, various conservation laws, and convenient linearities inherent in of our form of spacetime.
In short, a matter-based vibrating real string is the outcome of the interplay of most of the more important physics rules of our universe. Its composition -- what is is made of -- is particularly complex. Real strings are composed out of a statistically unlikely form of long-chain bonding, which in turn depend on the rather unlikely properties that emerge from highly complex multiparticle entities called atoms.
In short, a matter-based vibrating real string is the outcome of the interplay of most of the more important physics rules of our universe. Its composition -- what is is made of -- is particularly complex. Real strings are composed out of a statistically unlikely form of long-chain bonding, which in turn depend on the rather unlikely properties that emerge from highly complex multiparticle entities called atoms.
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