Start with Membranes,because the membrane of waters surface tension
comes to mind. This membrane is very strong and can hold up a long piece
of steel. A needle shows if you place it nicely(not break the membrane
it will appear like it is floating but actually it is being held up by
electrons. Electrons keep it from falling through the water. The needle
is not wet. Just had this thought. A solid ball 8 feet in diameter of
very hard steel weights a lot and is made very smooth. It is placed on a
flat surface made of the same very hard shinny material This begs the
question how much area is the ball resting on? is it just a point.
Both are so hard they do not bend(compress) at point of contact. The
steel sphere, must weigh in at 30 tons or more. The point of contact is
so very small. Are electrons all that strong These are the thoughts
going through my mind that might help us understand the strength of
membranes. Thoughts jump in that membrane strength might be created
by or in proportion to tension of the strings(using string theory)
Maybe I should think of Planck energy. Please bear with me on this
post for I'm trying to do the hardest part first. First thought on
membrane dimensions they are two dimensional. Not much thickness to
surface tension membrane on water. Still what if adding dimensions adds
strength like in a added weave. What if a membrane strength is
proportional to the number of electrons and positrons Hmmmm Well just
throwing thoughts up at the ceiling to see which might stick(fit)
TreBert