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JamesANicholson · **Re: Super String Theory -** 04-03-2008, 06:53 AM

Mohsen, Hello--

When you Quoted these references, I couldn't resist a crack at it.

"The whole conflict between general relativity and quantum mechanics arises from sub-Planck- Length properties of the spatial fabric" (1, page 156)

String theory tells us: "there is a limit to how finely our conventional notion of distance can even be applied to the ultra microscopic structure of cosmos." (1- page 157).

Let me try something on to explain how this minimum Plank length might make sense whether in QM or The Standard Model.

At the very small, as energy is exiting the space of one atom or particle it can only go so far before it is entering into the space of another atom or particle. That distance would define a kind of limit to which you can't go any smaller without returning to something bigger. That distance for us here on Earth is the Plank distance; that is why it keeps showing up in the math.
When you squeeze the long skinny balloon at one end the other end gets bigger. It could just be exactly like that. With a sort of sub-atomic "pressure." Photonic Pressure. Composed of energies across the spectrum taken in conglomeration, all working together even as they are repeating and conserving their own individual frequencies.

Possible? That's my proposal.

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JamesANicholson Orange Belt Status: Offline Posts: 42 Thanks Given: 3 Thanked 10x in 8 Posts Join Date: Mar 2008 Rep Power: 2	Re: Super String Theory - 04-03-2008, 06:53 AM Mohsen, Hello-- When you Quoted these references, I couldn't resist a crack at it. "The whole conflict between general relativity and quantum mechanics arises from sub-Planck- Length properties of the spatial fabric" (1, page 156) String theory tells us: "there is a limit to how finely our conventional notion of distance can even be applied to the ultra microscopic structure of cosmos." (1- page 157). Let me try something on to explain how this minimum Plank length might make sense whether in QM or The Standard Model. At the very small, as energy is exiting the space of one atom or particle it can only go so far before it is entering into the space of another atom or particle. That distance would define a kind of limit to which you can't go any smaller without returning to something bigger. That distance for us here on Earth is the Plank distance; that is why it keeps showing up in the math. When you squeeze the long skinny balloon at one end the other end gets bigger. It could just be exactly like that. With a sort of sub-atomic "pressure." Photonic Pressure. Composed of energies across the spectrum taken in conglomeration, all working together even as they are repeating and conserving their own individual frequencies. Possible? That's my proposal.