Are the strings in string theory vacuums?

Natsirt
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I've heard that the strings in String theory are vacuums, is that right? And if so then how is it expected they form?
 
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Natsirt said:
I've heard that the strings in String theory are vacuums, is that right? And if so then how is it expected they form?

You should give a reference. It sounds weird.
 
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Natsirt said:
I've heard that the strings in String theory are vacuums, is that right? And if so then how is it expected they form?

The strings in string theory are rolled up M2-branes (i.e. two dimensional branes). M2 and M5-branes are supersymmetric p-brane solutions of D=11 supergravity, the low energy approximation to M-theory. To fully explain the origin of these p-brane solutions requires a complete version of M-theory.
 
Jacobson’s work (1995) [1] demonstrated that Einstein’s equations can be derived from thermodynamic principles, suggesting gravity might emerge from the thermodynamic behavior of spacetime, tied to the entropy of horizons. Other researchers, such as Bekenstein [2] and Verlinde [3], have explored similar ideas, linking gravity to entropy and holographic principles. I’m interested in discussing how these thermodynamic approaches might apply to quantum gravity, particularly at the Planck...

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