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Author
In 2008, I received invitation from the 8th Asian
International Seminar on Atomic and Molecular Physics (University of
Western Australia, Perth) to present abstracts: Structure of atom,
what is radio wave? and nuclear reactions and releasing of energy. In
2010, I received invitation from the 10th European Conference on
Atoms, Molecules and Photons (Salamanca, Spain), to present abstracts:
Structure of atom, structure of electron and What is radio wave?
Authored by Joseph George
.....In an atom, there is no force which can make its
electrons in consistent motion and so even the present Atomic Orbital
Model/ Wave Mechanical Model of atom is simply not correct...
In this book author explains:
A new atom model which can successfully explain the entire phenomena
that generated by atoms (how is light emitted and absorbed, how atoms
bond to form molecules, how is chemical energy released, how is magnetic
field created around a magnetic domain etc).
Important points discussed:
*The space inside of an atom is filled with space matter; *Electrons in
a perfectly isolated, non-excited atom, have no any motions; *Photon is
neither wave nor particle; photon is "tiny string" of oscillating
magnetic line; *Electron has a standing- electric field and magnetic
field at right angle; *Wave nature of particles is not the property
belongs them; but it depends on the energy background that the particles
exist;*Mass defect in a nuclear reaction is converted into space matter;
*Releasing of energy in a nuclear reaction is due to the rapid-huge
expansion of ordinary matter to space matter; *Gravity and Strong
nuclear force have the same origin and more.http://www.amazon.com/Structure-Atom-Space-Inside-ebook/dp/B004JU1MYA
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Wave mechanical model of atom, one
of the greatest mistakes of all times!!
An electron
can be accelerated in different ways. a) Attraction by positive charge, b)
repulsion by negative charge, c) attraction or repulsion by a magnetic field,
d) by incident photons and e) a radioactive nucleus can emit electrons (beta
particles). Today we know that, in a perfectly isolated,
non-radioactive atom, there are two types of forces acting on its electrons.
They are attraction from the nucleus and repulsion between electrons (in
hydrogen atom, attraction from the nucleus only). But these forces cannot make
the electrons in an atom in consistent motion. Since there is no motion, there
must be a force which prevents the electrons from falling into the positive
charged nucleus. Volume of atoms and elastic nature of atoms (for example, gas
atoms move randomly in high speed and bounce back when they collide with other
atoms or its container), indicate that the nucleus of an atom is surrounded by
a form of elastic matter. I name this matter as space matter. So, there are
three factors that determine the electron configuration in a multi-electron
atom. They are a) attraction from the nucleus, b) repulsion between electrons
and c) buoyant force exerted by space matter. Buoyant force is the only force
that prevents the innermost electrons of an atom from falling into the
nucleus. For the electrons other than one nearest to the nucleus, repulsion
with the electrons in the inner region as well as the buoyant force exerted by
space matter keep the electrons in an atom in its respective positions.
Since an atom of an element creates its own characteristic pattern of spectrum
lines when excited and in cold state the same atom creates absorption lines in
the same frequencies that the atom creates its emission lines, we can conclude
that the electrons in an atom are situated in resonant columns. When a
low-energy electron collides with a multi-electron atom, the atom emits long
wavelength radiations. But when a high-energy electron collides with the same
atom, the atom can emit both shorter and longer wavelength radiations. As a
low-energy electron can only excite an atom’s outer electrons, a high-energy
electron is capable of penetrating outer region of the atom and to excite
inner electrons. So we can understand that, the space matter density in the
inner region of an atom is greater and it decreases with the increasing of the
distance from the nucleus and also, this difference in densities creates
different resonant columns in an atom.
http://www.amazon.com/Structure-Atom-Space-Inside-Empty/dp/1456424211
Structure of atom
What is light?
How is nuclear energy
released? Space matter
or AetherR
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