A question arises
from the storage of electrical potential energy
in the basic equation, energy p = ab/r, where
"a" and "b" are fundamental charges.
The charges "a" and "b" exist relatively, that is
by a "relationship", to be clear, neither charge
has an absolute existance.
Suppose every charge in the universe is related
to every other charge and we call those relations
"strings", that spans the distance "r", I think that's
important because theoreticians sofar are unable
to describe how that relation between "a" and "b"
works, that is comfortable to them.
The closer the charges, the fatter the strings,
meaning a shorter relating wavelength.
Some suggest the "strings" are virtual particles.
I intend to keep an open mind on string theory
because it deals with relations, (where the "r"
is the string).
Let's depart from the argument above to consider
"relative speed", an Object A and Object B are
moving relativity, and since A or B has no absolute
motion, the motion is a relationship, or IOW's a
string relating A & B, it's a semantic.
It's the relation aka the string that's physically
important, by relativity.
Perhaps, a "string theory" with better definition,
may be an improvement?
Ken
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