Energy or infinetly dense matter

In summary, Superstrings are one-dimensional objects that are not made of matter but are abstract mathematical concepts. The tension integrated along their length gives them energy, which is equal to their mass. The tension is not a pulling or pushing force, but rather a result of the string's interaction with the space-time metric. Superstrings are like tire-tracks, emerging from the intersection/interaction of more fundamental items/processes/relationships.
  • #1
taylordnz
39
0
i know that superstrings are one dimensional objects but
are superstring a compression of matter of energy?
 
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  • #2
No. They are not made of matter.
 
  • #3
what are they made out of... intriguing
 
  • #4
europium said:
what are they made out of... intriguing
They are abstract math concepts.
 
  • #5
selfAdjoint said:
No. They are not made of matter.
You are speaking kind of loosely. The tension integrated along their length give us the energy which is equal to their mass. Is this a pulling tension or a pushing tension? And what gives rise to this tension? Does the tension come from the space-time metric trying to adjust itself to some "normal" condition? Thanks.
 
  • #6
forgive my lay-person-ness- but my understanding of strings is that they are like tire-tracks- in that they are an emergent effect of the intersectoon/interaction of more fundamental items/processes/relationships- like "sums-over-world-sheets" or something? :confused:

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1. What is energy?

Energy is the ability to do work or cause change. It comes in many forms such as kinetic, potential, thermal, electrical, and chemical energy.

2. What is infinitely dense matter?

Infinitely dense matter is a theoretical concept in physics where matter is compressed to a point of infinite density. This is also known as a singularity and is often associated with black holes.

3. How are energy and infinitely dense matter related?

Einstein's famous equation, E=mc^2, shows the relationship between energy and matter. In the case of infinitely dense matter, the mass is compressed to such a small volume that the energy contained within it becomes infinite.

4. Can energy be converted into infinitely dense matter?

Theoretically, yes. In certain extreme conditions, such as the high temperatures and pressures in the core of a star, energy can be converted into matter. However, the process is not reversible and the resulting matter will not be infinitely dense.

5. Why is the study of energy and infinitely dense matter important?

The study of energy and infinitely dense matter is important for understanding the fundamental laws of physics. It also has practical applications in fields such as astrophysics, nuclear energy, and particle physics. Additionally, the study of infinitely dense matter can provide insights into the nature of the universe and the origins of the cosmos.

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