Space Forum / Astronomy / July 2008

On 13 Juli, 00:36, "Androcles" <Headmas...@Hogwarts.physics> wrote:

I think you missed my point about plausibility, i am not interested
---------------------------------------------------------------------------------
Nor am I. Goodbye.

*plonk*

On Jul 12, 11:53 pm, jonas.thornv...@hotmail.com wrote:

Can't help but notice how nice you're being to these incest mutated
clones of something worse off than Hitler.

Your supernova considerations are in fact far more likely than
anything else that's mainstream published and continually hyped as the
most likely one and only cause.

-    Brad Guth Brad_Guth Brad.Guth BradGuth

Dear jonas.thornvall:

...

Tunguska could have been such a strike.

There have been strikes observed on other planets in our solar
system.  If comet Shoemaker Levy 9 had struck Earth, you and I
could not have had this conversation "today".

Apophis has been of recent concern.

The skies have not been swept clean.

Usually when something goes to failure; it is "bad luck" *and*
"bad planning",  "nuclear winter" *and* "no way to regulate
internal body temperature".  There is no reason there could not
be two blows that accomplished any deed.

David A. Smith

On Jul 12, 11:25 pm, jonas.thornv...@hotmail.com wrote:

That's 100% correct, at least per given cosmic or galactic life cycle.

You'd better think that one through again, especially since Earth w/
moon is never going to see another ice-age.

btw, most of those posting here in Usenet/newsgroups are devout
pretend-Atheists with ulterior motives and hidden agendas.  Their kind
of topic/author stalking and bashings are orchestrated on behalf of
being very protective of their Zionist/Nazi DARPA.
-    Brad Guth Brad_Guth Brad.Guth BradGuth

On Jul 16, 8:42 pm, "gb6...@yahoo.com" <gb6...@yahoo.com> wrote:

My theory talks of rotational energy in the core of the galaxy
reaching
escape energy that splits mass because rotation in the core of the
galaxy speeded up. This happens when the galaxy contracts suddenly
for some reason, like before explosions things tend to contract in
to dark for a second and then light. Once rotational energies reached
for ability to escape from the core, and here put away all Einstein's
theories, the escape energy accelerates all the way to the outer
galaxy thereof and slowing the galaxy's rotation in the process.
Any mass escaping from a rotating galaxy slows the rotational
energies of the galaxy. All rotational energies are trapped within,
and there is a simple mechanism at the core to reach an energy
threshold to release mass based on a fast core rotation whose
speed depend on the rotation of the galaxy. All or some weight
suddenly lifts. All this is a weight effect of things, the stuff
encapsulating gravitation and the stuff behind dark matter.

The escaping energy traveling near the speed of light from the
center of the galaxy measured 10 years to pass as a flare at
300 years from the core of the galaxy. We don't know any
other details of when and how if this flare arrives, I only calculated
it must accelerate on its way out while the galaxy must slow
down in rotation as it happens with release of energy conditions
in rotating bodies. An escaping body from the center
is able to out-perform all the galaxy's gravitational disk
and interacts with the galaxy's rotating forces as it escapes
and carries strange inertia with sufficient escape dynamics
to speed up out of control thereafter to the outer perimeters
of our galaxy as this mass leaves the core. The galaxy may
come to a rotational stop depending on the mass of this
escaping weight source. Without a central mass things may
also loose rotating balance and most of the dark matter in
our galaxy would leave and our galaxy sucked up chaotically
by the approaching Andromeda that sucked off over 500 million
stars from our galaxy. The trail of stars reach out 20 of our
galaxy distances already toward the approaching Andromeda.
The lighter galaxy contracted and probably caused the
central burst of energy from the contracting effect that
triggered a central difusing of mass, not a catastrophic
form explosion as a Supernova, but things are highly heated
in the center of the galaxy. More than heat, what accelerates
is speed. The lifting of weights out of the galaxy core happens
smoothly like a rising skyrocketing elevator or capsule
gaining speed in a weight lifting accelerating form permanently in
release mode and not explosively released and not with the
speed of light and max explosion effects. The
acceleration of escape speed continues from that moment on
because the galaxy rotates. This escape energy is directly
intertied with the galaxy's rotation. Our galaxy had a balanced
equilibrium as our galaxy formed to its size and balance, but
the equilibrium was disbalanced by the approaching Andromeda.

An escaping core mass is the opposite effect to galactic jets where
things press inward rather than build an outward escaping force
upon which the jets silence. Early galaxies had lot of jets
and things moved more heavily and dark matter was in
much higher concentrations. But as dark matter weakened,
jets queted in later galaxies and lighter, speedier distributions
formed. But with speedier and wider distributions, cores get released,
especially when looser in galactic structure due to accelerated
conditions.
With accelerated conditions mass swings out wider and the core's
rotation speeds up. When another galaxy stretches our galaxy,
that happens that the core speeds up, then the escape energy
for the central weight happens, the opposite direction escape of
energy to jets, not inward crashed but outward along the disk
released burst of inner energies. A burst not from pressing but
from pulling, stretching, and our galaxy was stretched.

This is based on my understanding that jets don't form as
side residue to mass flowing inward black holes, and it was
shown that the magnetic fields of jets don't correspond in shape
to black hole theories, and it was suggested that the black
hole theory is returned to the drawing boards because the
numbers didn't add up. The jet burst is based on a full and
direct flow of mass, and the same opposite effect releases
if not most of the central mass weight in the galaxy at
once in two split directions. All of it, and this is shown
by the mysterious condition that unlike in other spiral
galaxies, the core of our galaxy now emits millions of times
weaker radiation signals. All that mass that would be
blamed for producing radiation escaped and heading our
direction.

When the flare would get here is unknown.