Re: particle physic a quantum pc?
- From: "Ace0f_5pades" <m4deep_@xxxxxxxxxxx>
- Date: 20 Feb 2007 06:30:14 -0800
On Feb 21, 1:16 am, "Ace0f_5pades" <m4de...@xxxxxxxxxxx> wrote:
Link to pdfhttp://tinyurl.com/228sq6 Though it regards particle
physics, I used it as below
E/P
Z→e(+)e(-)
Where for this case, Z is representing matrix dimensions.
In the defining of Pė for the momentum of the electron being tracked,
Pė’< Pė as packets of deposits along a 3 dimensional matrix, such that
deposits are dispersed in an area for example 3*3, there has been a
challenge of how to establish Cinc as a constant calibration.
There was also an issue to relate the incident of energy definition to
the incident of photon energy. This is the biggest challenge. My
solution here is simply brilliant.
Within the matrix of PPP/P¹о +▼1/O={A}/Z, I had no problem solving
both issues. I was able to solve constant calibration along two
matrixes lines and set up the boundaries thereby to establish the
matrix of K. /O is somewhat misleading for a 3 dimensional matrix,
but truthful of the of an entire 4 dimensional matrix.
The second issue require the development of a new scoring/math-
numbering system, which by the nature of a constant stream and
relation to incident mapping, enables a unique challenge to discover
its most efficiency plan, especially in the creating and manipulation
of a registry.
Hey Sk84life, can you help me develop the prototype, the OS, the
registry &mask registry, and the number system according to a precise
algorithm? I hope you get wind of this via to a receptive and
agreeable ear.
.
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