| Topic: |
Science > Physics |
| User: |
"S. Enterprize Company" |
| Date: |
16 Oct 2003 02:18:30 AM |
| Object: |
Basic Smart Model DNA Analysis |
Basic Smart Model DNA Analysis
Reference The Smart Model Theory Online Book
J) Theoretical Sub-Atomic On/Off Bits used in DNA
The Smart Model - DNA Interaction With RNA
http://Smart123456.bravepages.com/MolecularNeutronbit1a.avi
(^^^ This shows theoretically how a 3D animation of a
Smart Model On/Off Bit works in DNA molecular processing...)
A photon ( or phonon ) is shown here changing the spin
direction of the neutrino, in a neutron particle. This determines
whether or not the neutron is in the on or off state ( CW on, CCW off)
in a molecular DNA logic circuit.
Smart Model DNA - Basic Analysis - This shows basic DNA structure as
related to The Smart Model DNA Structure...
Smart Model DNA analysis continued....
Computer Design Comparison
http://www.brc.dcs.gla.ac.uk/~drg/seminars/bioinformatics/sld099.htm
Yeast Matrix Array
http://www.brc.dcs.gla.ac.uk/~drg/seminars/bioinformatics/sld100.htm
Spectrum Data Of Yeast
http://www.brc.dcs.gla.ac.uk/~drg/seminars/bioinformatics/sld102.htm
Detailed Analysis
http://www.brc.dcs.gla.ac.uk/~drg/seminars/bioinformatics/sld103.htm
This shows that a yeast can be made using The Smart Model.
By slightly changing the energy and phase in the hydrogen or neutron, using the
neutrino-photon
interaction, a program can be written that simulates a yeast at the sub-atomic
level.
This just shows spectrum similarities...
http://smart1234.s-enterprize.com/HydrogenPhase111.jpg
The spectrum of the yeast shows real and imaginary areas. The matrix can be
the values in the transform. The Smart Model sub-atomic oscillators can be
changed by different energy levels applied to the neutrino within the neutron
or hydrogen injecting photon energy into it, varying the neurino angular speed.
The molecular structures can interact based on similar unified field states
with each molecule.
The human gene is just a more complex program, but similar to the yeast.
The
yeast can only live for so long because the spin angular momentum of the
neutron or neutrino weakens in time. So with an increase of photon energy, the
yeast can multiply maintaining it's species, as the energy level of one runs
out. This seems to be similar to a human. As we get older, we run out of
energy. We reproduce and have children which carry on where we left off.
Yeast gene program example
/\\\/\\\\\\\\/\//\\/\/\/\\/\//\/\/\/\\/\
This is a small sub-atomic biological computer program.
But, humans can have thousands of this gene programs that look like long
strings tied together and it almost looks like a tangled web of long chain of
proteins.
The genetic code for a human appears to be something like a 4 bit-byte
computer program. Our computers use an 8 bit-byte computer program.
The DNA code is similar to programing at the machine language level, except
it's like another computer language all it's own. Like for example we can
program in C, Qbasic, Fortran, LISP and so on. The biological program used in
the DNA in a different computer language.
Like for example, at the atomic level we can obsevre a sequence program
that
means something in a certain gene.
http://www.brc.dcs.gla.ac.uk/~drg/seminars/bioinformatics/sld018.htm
This could be compared to a machine code level language like,
01010101000000111100100100000010010101001001001001
001001001001001010010001011110101010100101001010101
101010101010010000010111111100101001001010010101001
110101001001010010100101010010101001010101010010101
But what does this do? It depends on who programmed this. It might be just
a
eprom language program on a chip that prints out the alphabet. Or does a "goto"
statement, or makes a comparison to something, etc... .
We are biological living and dying computer programs. We are not made too
strong. Our programming could have been made differently and alot more stronger
without a life-death cycle to it. But for some reason or another we were
created this way.
Smart's Alt. Physics News Group
http://pub39.bravenet.com/forum/show.php?usernum=3320272813&cpv=1
S. Enterprize (Science Journal)
http://smart1234.s-enterprize.com/
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