STAR WITH ROTATING CORE OF NEUTRONS AND ZONE OF SUPER-HEAVY NUCLEI.
PRE-STAR AND FORMATION OF PLANETS AND MOONS.

By Louis Nielsen, Denmark
Treatise: http://www.rostra.dk/louis

Many years ago I had, as a consequence of my theory about the
quantum-evolution of the Universe, proposed an alternative theory
about the structure, function and evolution of stars.
In part 17 in my Treatise "Holistic Quantum Cosmology" you can read
more about my considerations.

The star-model can be resumed as follows:
A 'normal' star (for example the Sun) consists of a core of neutrons
and different layer of zones, where different processes are taking
place and where different elements are created.

1) Rotating Neutron-Co
In the core of the star there is a very small rapidly rotating
'spheroid' that consists for the most of neutrons. The core of
neutrons could be the reminiscence of an earlier super-nova, a
so-called neutron star (pulsar).
The relatively fast rotating neutron 'spheroid' causes the primary
magnetic field of the star.
From the surface of the neutron-core 'evaporate' very unstable
super-nuclei (macro-nuclei) that are very heavy nuclei with very high
nucleonic numbers, much greater than the nucleonic number of uranium.

2) The Super-Nuclei Zone, where elements are created:
Around the rotating core of neutrons is a zone consisting of unstable
super-nuclei. In the Super-Nuclei Zone the super-nuclei decay by
spontaneous and induced fission. Under the decays of the super-nuclei
neutrons, alpha particles, beta particles, gamma-photons and 'delta
particles' are emitted. 'Delta particles' - I call - all other emitted
particles than alpha particles, beta particles and gamma-photons. For
example 'delta-particles' can be nuclei of carbon, oxygen, silicon,
sulphur and other lighter elements.
The decays of the super-nuclei produce energy and simultaneously, all
heavier elements, with atomic numbers down to iron. (Iron is the most
stable nuclei we know).
Hydrogen can be formed from decaying neutrons, which decay in protons,
electrons and anti neutrinos. Helium can be formed from alpha
particles. The energy released in the disintegration processes is
kinetic energy and radiation energy. The pressure from particles and
radiation causes 'inflation' of the system of matter. An active star
is under evolution.

3) The Iron Zone:
A zone with a relatively high abundance of iron where 'balance'
between fission and fusion processes exist.

4) The H-He Zone 1 - a fusion zone:
A zone consisting mostly of hydrogen and helium, and where fusion
processes are releasing energy and create lighter elements.

5) The outermost zone: The H-He Zone 2 - a fusion free zone:
A zone consisting of hydrogen, helium and lighter elements, mixed with
heavier elements.
The outermost zone we know quite well through our studies of spectra.
The central rotating neutron 'spheroid' with a strong magnetic field
emit like 'naked' pulsars, electromagnetic waves. The electromagnetic
waves will, however, be distorted on its way out through the Sun's
secondary magnetic field, created by the motion of charged particles.
If we can detect distorted pulsar-like radio waves from the Sun, then
it can perhaps confirm some of the above model.

A pre-star is an unstable system that will develop into a 'stable'
star through several explosions, where matter is ejected out in space.
From that matter planets and moons can be formed.

PLANETS FORMED BY EXPLOSIONS OF AN UNSTABLE PRE-SUN.
The planets in our solar system are made of matter that had been
ejected out by explosions of an already active and relatively fast
rotating pre-sun.
The outer great planets, Jupiter, Saturn, Uranus and Neptune, consist
mostly of hydrogen and helium that are matter from the outer layers of
the exploded pre-sun. The outer planets are the result of a first
explosion where the outer layer with lighter elements of the pre-sun
had been ejected.
The inner planets Mercury, Venus, Earth and Mars, are made of heavier
elements inclusive iron. These heavier elements came from the inner
layers in the exploded 'pre-sun'.
The inner planets are the result of a second explosion where material
from the inner layer of the pre-sun with heavier elements had been
ejected.
That the moons around the outer planets are made of heavy elements and
not hydrogen and helium can be explained by the above theory. The
matter with heavy elements had been ejected from the second or later
explosions of the pre-sun.
The ejection of matter from the primarily fast rotating pre-sun had
transformed angular momentum out to the formed planets and moons,
resulting in a decrease of the angular momentum of the Sun.

Comments are welcome.

Best Regards Louis Nielsen, Denmark, http://www.rostra.dk/louis/

Louis Nielsen wrote:

STAR WITH ROTATING CORE OF NEUTRONS AND ZONE OF SUPER-HEAVY NUCLEI.
PRE-STAR AND FORMATION OF PLANETS AND MOONS.
[snip]

Dead on Arrival. You cannot gainsay the Standard Model without
exceptional repeatable evidence. Contradicted by trivial observation
in any number of venues.

In the core of the star there is a very small rapidly rotating
'spheroid' that consists for the most of neutrons. The core of
neutrons could be the reminiscence of an earlier super-nova, a
so-called neutron star (pulsar).
[snip]

Horrible bull****. What is at the centers of the first generation of
stars?

PLANETS FORMED BY EXPLOSIONS OF AN UNSTABLE PRE-SUN.
The planets in our solar system are made of matter that had been
ejected out by explosions of an already active and relatively fast
rotating pre-sun.

Horrible bull****. Conservation of linear and angular momentum.
Planetary orbits are of overall observed small eccentricity. A single
pulse orbital insertion must always return to its point of launch.
That is a very high eccentricity orbit in your example. It also leads
to problems with the second orbital circuit.

[snip]

Comments are welcome.

Learn some physics and astronomy.

--
Uncle Al
http://www.mazepath.com/uncleal/
(Toxic URL! Unsafe for children and most mammals)
"Quis custodiet ipsos custodes?" The Net!

Louis Nielsen wrote:

STAR WITH ROTATING CORE OF NEUTRONS AND ZONE OF SUPER-HEAVY NUCLEI.
PRE-STAR AND FORMATION OF PLANETS AND MOONS.


Some introductory links about Neutron Stars and Black Holes
http://www.edu-observatory.org/eo/black_holes.html

Crank Information
http://www.google.com/search?q=%22Ho... ww.crank.net