...c sense: a one to one mapping of the reflected. I intend it more as a resonance, a vibration in tune with the piece of the real world that it relat... ...e resolved) and "stabilize" as folds, wrinkles, knots, or flaps of spacetime. The vibrations of strings in string theories are their probabilities... ...ties in this theory (described in a wave function). The allowed, netted resonances (vibrations) of the strings are derived from sub-Planck length qu... ...ts are interference patterns. D-branes are the probability fields of all possible vibrations. The Universe A 12 dimensional universe is postulate... ...s). They move across the surface their "worldsheet". They vibrate and each type of vibration is characterized by a number which we otherwise know a... ...er which we otherwise know as a quantum number (such as spin or mass). Thus, reach vibrational modes, with its distinct set of quantum number corre... ...orming, minuscule, open or closed, strings with a given - and finite - length. The vibrations of these entities yields both the four elementary for... ...form. Closed strings are bound by boundary conditions (such as the period of their vibration). Open strings also succumb to boundary conditions kno... ...hat the geometrical form of the curled dimensions determines the possible modes of vibration (i.e., which particle masses and charges are possible)...

...c sense: a one to one mapping of the reflected. I intend it more as a resonance, a vibration in tune with the piece of the real world that it relat...