Most people would be shocked to see the numbers. The numbers that
convey the idea that
DNA can actually fit inside a photon or light wave. Shocked because
their preconceptions tell
them beforehand that DNA is huge compared to a light wave, but let the
numbers tell you the
rest of the story. And, also, I should finish this first edition
before June 2008, or at least I want
to stop writing this first edition before June 1.

Structure of Light-Wave:
(1) wavelength of visible light around 400 to 700 nm where nm
(nanometers) = 10^-9 meters
(2) E-field (electric field) at right angles or perpendicular to B-
field of oscillating transverse wave
(3) oscillation of E-field and B-field in direction of motion of light-
wave

Structure of DNA;
(1) wavelength of 340 nm
(2) diameter of helix 200 nm
(3) double-helix shape of two conjoined wavelets composed of a sugar-
phosphate antiparallel wavelets
(4) wavelets conjoined by base pairs
(5) base pairs are purine + pyrimidine where A+T = C+G, where adenine
pairs only with
thymine and cytosine pairs only with guanine
(6) A+T has only 2 hydrogen bonds whereas C+G has more stability in 3
hydrogen bonds

So, now, how can you have DNA packaged inside of a Light-Wave.

Well, if a light-wave has alot of energy say a Cosmic Ray Light Wave
of 10^14 MeV is enough
energy that when this Light-Wave is absorbed can transform the 10^14
MeV energy into
making the E-field and B-field as sugar-phosphate backbone and making
the base-pairs.

It is not by coincidence that DNA is double-helix corresponding to
light-waves as double-helix
of its E-field to B-field only we call it transverse. And it is not
coincidence that the physical
measure of DNA is around the 200 to 340 nm and the physical measure of
visible light
is in the 400 to 700 nm range.

The big difference is that DNA is double-helix at rest whereas Light-
Wave is double-helix
(transverse) in constant motion. The reason for the double-helix is
that you want to storage
or package in as small of a volume as possible and the double-helix is
the way to maximize
the storaging of information at rest. If you want to maximize
information that is in constant
motion, then you unwrap the double-helix and make it a transverse wave
of E-field and B-field.

Archimedes Plutonium
www.iw.net/~a_plutonium
whole entire Universe is just one big atom
where dots of the electron-dot-cloud are galaxies

Archimedes Plutonium wrote:
Most people would be shocked to see the numbers. The numbers that
convey the idea that
DNA can actually fit inside a photon or light wave. Shocked because
their preconceptions tell
them beforehand that DNA is huge compared to a light wave, but let the
numbers tell you the
rest of the story. And, also, I should finish this first edition
before June 2008, or at least I want
to stop writing this first edition before June 1.

Structure of Light-Wave:
(1) wavelength of visible light around 400 to 700 nm where nm
(nanometers) = 10^-9 meters
(2) E-field (electric field) at right angles or perpendicular to B-
field of oscillating transverse wave
(3) oscillation of E-field and B-field in direction of motion of light-
wave

Structure of DNA;
(1) wavelength of 340 nm
(2) diameter of helix 200 nm
(3) double-helix shape of two conjoined wavelets composed of a sugar-
phosphate antiparallel wavelets
(4) wavelets conjoined by base pairs
(5) base pairs are purine + pyrimidine where A+T = C+G, where adenine
pairs only with
thymine and cytosine pairs only with guanine
(6) A+T has only 2 hydrogen bonds whereas C+G has more stability in 3
hydrogen bonds

So, now, how can you have DNA packaged inside of a Light-Wave.

Well, if a light-wave has alot of energy say a Cosmic Ray Light Wave
of 10^14 MeV is enough
energy that when this Light-Wave is absorbed can transform the 10^14
MeV energy into
making the E-field and B-field as sugar-phosphate backbone and making
the base-pairs.

It is not by coincidence that DNA is double-helix corresponding to
light-waves as double-helix
of its E-field to B-field only we call it transverse. And it is not
coincidence that the physical
measure of DNA is around the 200 to 340 nm and the physical measure of
visible light
is in the 400 to 700 nm range.

The big difference is that DNA is double-helix at rest whereas Light-
Wave is double-helix
(transverse) in constant motion. The reason for the double-helix is
that you want to storage
or package in as small of a volume as possible and the double-helix is
the way to maximize
the storaging of information at rest. If you want to maximize
information that is in constant
motion, then you unwrap the double-helix and make it a transverse wave
of E-field and B-field.


The above gives a very neat futuristic definition of the Light-Wave
and the DNA since
one would be the other. They have to be the same thing, provided the
Light-Wave is
energetic, to satisfy the Bell Inequality. You cannot have
Superdeterminism, nor can you
have biology as a strict subset of physics unless physics and biology
are bridged and
linked together. And the bridge and link would be the Light-Wave and
DNA.

The new futuristic definition of Light Wave and DNA involves
"information storage". Now I
should take a short aside here and talk about the purpose of Light
Waves in physics. I need
not talk about the purpose of DNA in biology for that is well known as
the unit of replication.
But the purpose of a Light Wave in physics is what physicists have
come to a language of
"mediation particle", meaning that the light-wave or photon is what
holds together the proton
with the electron in the Coulomb Force. So the Light-wave is the
particle that is exchanged back
and forth between the proton and electron and in so doing, is the
Coulomb force. Physicists
usually tell the metaphor of tennis players where one player is the
proton and the other the
electron and what keeps them together in the game is the ball they hit
back and forth, analogous
to the Light-Wave or Photon keeping together the proton with the
electron.

But now, perhaps, we can very much expand on the idea of the "purpose
and use" of Light
Wave as that of "information storage". We easily understand how DNA is
information storage
in the base pairs when split replicates new entities that are very
much preserving of the old
DNA before the replication with perhaps some changes. So how is a
Light-Wave similar to
DNA? Well it has two components of the E-field and B-field and since
it has those two, it
can storage information as to "yes or no gates". So that when a
Coulomb Force exists and
Light-Waves are exchanged between protons and electrons holding them
together, we can
anticipate that the Light-Wave imparts some information to the proton
and also electron.

Chemistry is well known as a science that constantly braggs about the
principle that Form
tells us the Function. Well the form of Light Waves as E-field and B-
fields constantly tagging
along one another perpendicularly is what can be considered a computer
full of information
since the E-field is one gate and the B-field another gate with
infinite gates of either open or
closed and our computers are really boiled down to a long finite chain
of gates that are open
or closed. And this Form is Function is even more obvious with DNA in
that how to pack the
most information in the smallest of volume and the answer is a folded
up double helix achieves
that goal.

Now I said before that I need to confirm the fact that a Light-Wave
can duplicate itself just as
DNA can replicate to form new DNA, either mitosis or meiosis. And the
answer is that a photon
or light-wave easily and naturally duplicates and we even have a
entire Principle of Physics
that talks about this called the Superposition Principle. Light Wave
duplication occurrs more
often with energized light-waves where the splitting apart results in
two less energetic light-waves.

I intend to stop all writing of books come June 1, since I have so
many books written that
I have to stop and collate them, and clean up the backlog of compiling
them. Much like house
cleaning that when we work in our house, we have to take time out once
and then just to
clean up the house so we can more efficiently resume working out of
the house.

There is another issue that I probably will not be able to dive into
in depth in this first edition
biology books, is the issue of Light-Waves versus Neutrinos as the
carriers of perfect DNA.
I have listed Photons/Neutrinos throughout these books. I did that
because Light-Waves
have no rest mass whereas Neutrinos have a small rest mass which means
they can come
to rest and transform their internal perfect DNA into actually
materializing a new living entity
on the spot. But since Light-Waves or Photons have no rest mass they
cannot stop, but they
can be absorbed. So the nagging question is whether Light-Waves can
create new life
from internal perfect DNA or whether only Neutrinos can perform that
function. Of course these
are highly energetic light-waves or neutrinos yielding new living
entities of the order of 10^14
MeV. So maybe I have to wait until the second edition of these books
to iron out the issue
of Light-Waves versus Neutrinos as carriers of perfect DNA.

But when one looks at the physical numbers of the wavelength of Light-
Waves and the
diameter and wavelength of DNA and sees that 340 nm and 200 nm and
400-700 nm, we
begin to see that Light-Waves and DNA are really in the very same
physical measure, and
the only difference is in terms of "energy" they have. So if we have a
Light-Wave or Neutrino
of 10^14 MeV, it is highly reasonable to think that a absorbed Light-
Wave or stopped
Neutrino transforming that 10^14 MeV into a whole new biology cell or
organism that
was not there before.

Maybe with my month or two off of posting about these books will
refresh my mind to resolve
this issue of Light-Wave versus Neutrino. I will continue to be
posting to the sci. newsgroups
during that vacation on items of interest that are not the books. It
is that I have to set some
order on the books I published on the Internet.


Archimedes Plutonium
www.iw.net/~a_plutonium
whole entire Universe is just one big atom
where dots of the electron-dot-cloud are galaxies