Star Creation by Spiral Galaxy

[David Levy]

Star Creation...

In the following treads we have discussed about the indication that a
spiral galaxy has the ability to generate an Hydrogen Atom:

"What is a feasible way to generate an Atom?".
http://www.spacebanter.com/showthread.php?t=196513
"The hydrogen "bridge" between Andromeda Galaxy and the Triangulum
Galaxy, - What does it mean?"
http://www.spacebanter.com/showthread.php?t=196207

Now, let's discuss about the outcome of this indication:

A. Creation of a new Hydrogen Atom - a new mass is created around the
galactic nucleus of spiral galaxy. Nucleus serves as the accelerating
(or generator) that creates new material. In the near distance to the
nucleus, there are probably tremendous forces and electric fields with
huge energy. This creates thin layers of Hydrogen atoms. Those atoms are
moving at nearly the speed of light.

B. Creation of wide range of Atoms and molecular: at this high speed
there is a chance for collision between those new born Hydrogen Atoms.
Also, due to the high pressure, temperature and electric/magnetic fields
a nuclear fusion activity will set heavier atoms. (Eg, nuclear fusion
between two atoms of hydrogen will generate helium). In this way all the
atoms which are known have been created. Due to the high electric field,
there is a wide range of intermolecular links. Therefore, all the
following molecules are formed: water, carbon dioxide, silicates, and
more. Over time, those atoms and moleculars crystallize into blocks and
gradually drift outwards from the core and set the bar shape.

C. Star Birth – by wiki " The bar may be surrounded by a ring called
the 5-kpc ring that contains a large fraction of the molecular hydrogen
present in the galaxy, as well as most of the Milky Way's star formation
activity." Hence, Those blocks crystallize and form hot mass balls. Each
ball absorbs additional mass and increases its size- similar to a
snowball. As long as the ball is in the creation mass zone, it will get
more mass and increase its size. Gradually, a hot new star will appear.
If it's a high-mass star then it will keep all the light gases (due to
gravity) and become a giant gas star. If the mass is significantly
larger there is a chance for a nuclear burning activity than it might
become a sun star. But when it is relatively small, than the gases might
emitted into space and therefore, it becomes a rocky planet like Earth
and Mars.

D. New star locked by interior side of spiral arm –The newborn star
migrates outwards from the galactic nucleus. The Electric fields and
forces in the nucleus of the galaxy form the shape of the famous BAR
which is visible in most of the spiral galaxy. The star on the edge of
the BAR continues with its outwards migration and starts penetrating to
the gravitational forces of the interior side of the spiral arms.
Therefore, It reduces its velocity and continue to rotate till it finely
locked by the gravitational power of one of the spiral arm. It's similar
to roulette ball bouncing between the cells numbers until it lost the
speed and finally set in one of the cells.

E. Spiral arm - Spiral arm acts as a chain of star which is connected to
each other by the gravitational power. This maintains the flat & high
velocity. In fact, the galactic nucleus of a spiral galaxy like the
Milky Way contains a mass of up to billions of suns. This core rotates
on its axis and creates a circular motion for all the stars which are
relatively close to it. Thus, rotation of a star near the galactic
nucleus causes a higher speed to another star which is a little farther
from the nucleus. It can be simulated as series of balls which are
connected by elastic cord to each other. In one side the cord is
connected to a spinning axis. Hence, the velocity of the other end of
the cord will be directly affected by the rotation of the axis. The
balls in this example are the stars and the elastic cord is the
gravitational power. Note that all the stars in the Milky Way galaxy
orbit in a uniform direction. All in one direction. Spiral arm is the
ultimate answer for the high velocity of a star which is located far
away from the galactic nucleus.

F. A brief calculation- Most of the 400 Billion stars are located at the
spiral arms. Let's say about 70 Billion stars per arm. The length of
each arm is about 70,000 years light and its diameter is 1000 light
year. So, by average, there are about 1 billion stars in a 1000 x 1000
light year. Hence, 1,000 stars per 1 x 1 light year. That should be good
enough to hold the gravitational chain power of the spiral arm!!!

Do you agree?




--
David Levy

[Brad Guth]

To a great extent, yes I agree, because something from the Big Bang era had to have created hydrogen.

[David Levy]

> - Brad Guth[_3_] To a great extent, yes I agree, because something from
> the Big Bang era had to have created hydrogen. -
Thanks Brad Guth 3
This Atom and Star creation should explain the universe as we see today.

More info to follow...




--
David Levy