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Electron (charged particle)
simultaneously has standing- electric field and magnetic
field at right angle regardless of any kind of its
motion. Since electrons have no orbital motion (see
structure of atom), it is clear that the magnetic
field of a magnetic domain is created by stationary
positioned electrons. At Curie point, a magnetic
material changes its magnetic property due to the
misalignment of electrons by thermal vibration. These
facts indicate that....
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Structure of atom
In a perfectly isolated 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 cause any
kind of motion of electrons in an atom; in fact the
widely accepted model of atom is not consistent with
the theoretical and experimental observations. Since
electrons are not moving there must be a force which
prevents the electrons from falling into the positive
charged nucleus. More..
What is radio wave?
The flow of electrons in a
conductor is caused by the attraction between the
electric fields of mobile electrons and fixed
positive charges in the conductor. The oscillation
of electrons in a conductor is caused by the
alternation of electric polarity in the conductor.
Due to the right angle relationship between the
electric field and magnetic field of an electron
(see
structure of electron), when oscillates the
electric field of the electron will be parallel to
the oscillation and magnetic field will be
perpendicular to the oscillation. This oscillation
of the electron creates a transversely- oscillating
magnetic line...
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How is light emitted by an atom?
Atoms emit radiations when
they are excited. An atom can be excited in
different ways - Exothermic chemical reactions,
collision of energetic particles with atoms,
collision between atoms, by energetic incident
photons etc. An atom has enormous number of
resonant columns in it and each of them has their
own unique natural frequency....
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How is nuclear energy released?
One of the most discussed
phenomena in the scientific world is the release of
nuclear energy. According to Einstein's General
Theory of Relativity, the mass defect in a nuclear
reaction is converted into pure energy (the famous
equation E=mc2). But how exactly is nuclear energy
released? We know that a chemical explosive releases
energy when there is a rapid expansion of the
material in state of solid/liquid or gas is
converted into super heated gas...More..
Space matter/ aether or dark matter
Space matter is filled
everywhere in the universe. All matter in the
universe (in the ordinary world) is made of space
matter. Since gravitational force is exerted on
space matter, all massive bodies are enveloped with
a denser medium of space matter. Bending of light
when it passes near massive objects like stars and
lensing effect in some regions in the galaxies are
because of the refraction of light by the denser
space matter that is present in these regions...
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Greatest blunders in modern physics
Most of the modern day
concepts in physics are created on false assumptions
and weak foundations. Some of them even remind
"superseded scientific" theories like Flat Earth
theory or Geocentric Universe theory! Astonishingly,
these concepts lasted these long years and still we
teach our children the same...
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