| string motion? -
06-08-2005, 06:50 PM
How do strings move? This may seem like an arbitrary question, but in fact this question may lead (assuming String Theory is Correct) to an astonishing consequence. If you are unaware of how strings are supposed to behave, here is the just. Strings are said to exist in Calibi Yau space (Curled up seven dimensional spaces (7-D)), these spaces dictate the exact vibration resonance of the string inside. There is one string inside of every CY (Calibi Yau), and there is a CY at every point in the more classic, unfurled three-dimensional grid of space (3-D). This is the problem I see with string motion. How can a string move through the 3-D without morphing, because the string is also passing through the different CY's so the string should be morphing as they pass through? This obviously does not happen, so what’s up? The astonishing effect is this. The strings don’t move the CY simply imparts its shape on another CY therefore changing the pattern of the string inside of the seconded CY into the pattern of the first. If this were done in a sequence we would get what appears to be a string in motion. Now an obvious question is if there is a string in every CY and a CY at every point in space then, what about empty space? Well I believe what we see as empty space is actually the Graviton form of a string, and since mass warps 3-D, the gravitons "fall" in on all matter. The final idea I have postulated is, what gives matter its mass? For this I will introduce a new term namely a realm of action. I believe when a string vibrates it encloses the surrounding CY's and the more vibration energy the bigger the realm of action is. This is what I believe gives particles there point appearance and its mass; the mass is larger if the realm of action encloses more CY's. The edge of this CY where any physical interaction between particles takes place. |