"..gravity is the ghost partner of created space and
matter. Gravity acts as the banker on the one hand to
lend out energy for new spacetime, on the other hand
it charges interest for the repayment."
The other day I mentioned Walter Russell and it might
have appeared to have been a slam against him, on the
contrary, his books are fascinating, the two best
ones, in my opinion are; 'the Universal One' and the
superb 'Atomic Suicide'.
Dr. Russell brings up many interesting theories, some
of which he did experiments trying to validate as has
Toby Grotz and Tim Binder.
Russell says there is a 'ghost' pattern of any object
which we do not perceive or acknowledge. It appears
to be some kind of mirror image attached base to base
which acts as a virtual dynamic image of any changes
in the real mass. Russell illustrates it as UNDER the
mass, as if cosmic rays, gravity or some other force
is causing the effect.
I wanted to see if there was anyone else thinking
along these lines (Maurice Cooke writing in one of his
books via a source he calls Hilarion, claims such a
ghost image exists also and that it can be used to
duplicate matter) and found this extensively cross
linked article on 'cold dark matter' and 'real ghost
symmetry' by Dr. Tienzen (Jeh-Tween) Gong.
If you are interested in the creation of matter or
energy from the background of space, then dark matter
is of interest. Be sure to check out his chart
(figure 1) showing a two for one expansion of one part
matter creating two parts of antimatter as the
universe expands from the presume Big Bang, it IS
THEORY but an interesting view of how matter comes
into being;
http://www.iewu.edu/Initial.htm
What is there dark matter? There are basically of two
types -- baryonic and fictitious dark matter. The
baryonic dark matter is made of particles we know of.
The black holes, brown draft stars, intergalactic
hydrogen clouds, blue (very old and distant) galaxies
and neutrinos are baryonic dark matter. These type of
baryonic dark matter do indeed exist. Although they
are invisible themselves, they can be detected with
other means, such as the absorption spectrums and the
gravitational lenses. With those baryonic dark matter,
the missing mass issue for galaxies can be resolved.
At any rate, if omega is equal to one exactly, then
there must be some non-baryonic dark matter. Those
fictitious matter predicted by supersymmetry thus
become the foundation of a new cosmology theory -- the
CDM (Cold Dark Matter model).
Why cold? What does it mean? Cold is the opposite of
hot. In cosmology, neutrino is called hot dark matter.
The temperature of those dark matter is defined in
terms of the free streaming scale.
When baryons try and form into a blob, there are two
competing forces at work: gravity, which makes the
blob want to collapse, and pressure, which resists
collapse. For neutrinos, there is no such thing as
pressure, since the particles don't even notice each
other, let alone other matter or light. This tendency
to boil off into space is the reason it is called hot.
With this Copernican Cosmological Principle (CCP),
many predictions about the structure of cosmos can be
made, and many of them were proved to be true. The
first prediction is the Olbers' paradox in an infinite
universe:
Why it gets dark at night? In 1823, Heinrich Olbers
showed with a simple mathematical model that the night
sky ought to be as bright as day if the universe is
infinite in size and if the CCP (Copernican
Cosmological Principle) is true.
The fact that the night sky is dark means that those
assumptions are wrong or there are some unknown
factors at work, such as the universe is expanding or
it had a finite beginning (not infinite in size).
In short, there is a seemingly irreconcilable
difficulty between the smoothness of microwave
background and the actual large scale structures of
the universe. This is the large scale structure
problem.
This situation was getting even worse in late 1980s.
In a deep sky survey, many giant void (bubbles) and
the Great Wall (a sheet of galaxies five hundred
million light years long, two hundred million wide and
about fifteen million thick) were discovered.
In 1992, the COBE team reported that they have seen
God -- the fluctuation (about seventeen millionths of
a degree Kelvin) during the inflation which was before
the Big Bang.
All these theories (CDM, HDM- Hot Dark Matter),
discoveries (giant bubbles, the Great Wall, the
microwave background), the principle (CCP) and the
claim (seeing God) boil down to a single issue -- the
initial condition before or at the inflationary bang.
What is the initial condition at and before the
creation?
Since the microwave background is the finger print of
the initial condition, the microwave background cannot
be influenced by any process (such as galaxies
formation) in any scale (the size of galaxy, cluster
or supercluster).
The degree of fluctuation must have been just about
the same for all scales -- tiny, large or extralarge.
This is in fact the finding of COBE. The mathematical
expression of this microwave background is described
as HZP (Harrisons - Zel'dovich - Peeble) spectrum. The
COBE data matches HXP spectrum very well. Both of them
hug along the line of zero. In fact, the areas above
and under the zero line can very much cancel each
other out.
That is, the net fluctuation is zero although the
local fluctuation gave rise to the large structure of
the universe. Thus, we can very confident to state a
initial condition hypothesis as follow: The initial
condition at or before Big Bang is that the net
quantum fluctuation is ZERO.
In order to maintain this initial condition, any
localized positive fluctuation (which gave rise to
galaxies) must be canceled out by a negative
fluctuations (which gave rise to gravity), and this is
the real-ghost creation process.
Although in essence the CDM (Cold Dark Matter model)
is a science fiction, it cannot be completely wrong
because its description of universe is quite close to
the real world.
Although the omega does not have to equal to one (1)
and there is no need for those fictitious cold dark
matter (such as squarks, photinos, etc.) there ought
to have some nonbaryonic cold dark matter. What are
those nonbaryonic cold dark matter in this new
physics? They are the unborn baryonic matter.
The essence of this new physics is that the universe
not only is interacting with the past (such as the
primordial fluctuation, the primordial neutrinos,
supernova remnants, etc.) but with the future (the
unborn baryonic matter).
That is what life is all about. The universe is a
conscious life. I will discuss this in a much better
details in a future TOE issue The Conscious Universe.
As I have shown before, the gravity is the ghost
partner of those created space and matter.
Gravity acts as the banker on the one hand lends out
energy for new spacetime, on the other hand it charges
interest for the repayment.
Thus, matter and anti-matter alternately appear in
each Big Bang, and the size of the universe will
increase by a factor 2 during each cycle.
See Figure 1. These oscillating universes keep energy
conservation law valid while new spacetime and matter
are created constantly, and also give meanings to
anti-matter.
=====
=================================
Please respond to jdecker@keelynet.com
as I am writing from my work email of
jwdatwork@yahoo.com.........thanks!
=================================
__________________________________________________
Do You Yahoo!?
Talk to your friends online with Yahoo! Messenger.
http://im.yahoo.com
-------------------------------------------------------------
To leave this list, email <listserver@keelynet.com>
with the body text: leave Interact
list archives and on line subscription forms are at
http://keelynet.com/interact/
-------------------------------------------------------------