Oscillation of one field (electric or magnetic) in empty space creates no other field
Light is oscillating magnetic lines
by
Joseph George
www.physics-edu.org How radio wave works Structure of an atom
Preface
Debates on the medium for the propagation
of light are centuries old. In 1887 an experiment conducted by Albert
Michelson and Edward Morley suggest that there is no such thing exists.
The present day belief about the light propagation is by means of
the perpendicular oscillation of electric and
magnetic fields, which proposed by Maxwell.
| "Light
is the modulation of waves on magnetic lines. i.e. Light is oscillating
magnetic lines."
Light is a part of intermittent (photon or quantum) group of oscillating magnetic lines (oml) moving in space with the velocity of 3 × 1010 cm (186,272 mi) per second. Actually nothing is moving but it is only the lineup of the ether magnetic particles (space matter) and becomes a magnetic line, and this magnetic line oscillating with the frequency of the oscillating electron, which makes the magnetic line. The velocity of light refers that the time taken for the lineup of ether magnetic particles up to 3 × 1010 cm in empty space is one second. The
speed, bending
of light near a massive object or refraction
of light is depending on the density of the ether magnetic particle
medium (the density of space matter). When
the light passes through a rare medium to a denser medium or a denser
medium to rare medium, the light will be refracted. Near a
massive object like the Sun, light will be bended (for example, the
light coming from distant stars) because of the density of the space
matter is greater at the near surface of the Sun than the outer space,
and it only is the refraction of light. We can calculate the magnitude of bending, if we know the mass of the object (for calculating the gravitational pull that exerted on the space matter) and the space matter-producing rate (quantity of matter that converted into space matter / second in the nuclear reaction process). Velocity: The velocity of light is independent from a light source (i.e. whether the source is moving or not) and it depends only on the density of space matter medium. It can very much compare with a moving sound source in the air. For example, a sound generated by a moving car. The velocity or the direction of the car never influences the velocity of the sound, and it depends only on the density of the medium (i.e. the velocity of the sound is greater in liquid medium or solid medium than air). |
ELECTRIC FIELD AND MAGNETIC FIELD
*Electric
field lines and magnetic field lines, both are the same line upping and
alignment of ether magnetic particles as a chain.
*Oscillation of one field (electric/magnetic) in empty space creates no other field"
Electric field
Electric field will be created in the below stated circumstances.
a) A charged particle (negative/positive) can create an electric field around
that particle.
b) An oscillating magnetic field can create an oscillating electric field within a conductor.
*Electric
field lines hold nucleus and electrons in an atom together; atoms in a molecule
are together.
*An
unbalanced and opposite charges within a conductor or between two conductors
cause the flow of charges through that conductor (s).
Magnetic field
"Alignment of electrons in a single way in a material makes the material magnet"
“The magnetic field created
by a permanent magnet is caused by the alignment of motionless electrons”.
Magnetic field will be created in the below stated circumstances.
a) A charged particle (positive/negative) has magnetic property and act as a small magnet.
b) When electrons are flowing through a conductor, all electrons will be aligned in a single way and creates magnetic field lines around that conductor.
c) In the case of an iron core inside of a solenoid, by the influence of the magnetic field that created by the solenoid, the outer electrons of the atoms of the iron are aligned in a single way and creates a magnetic field.
d) In a permanent magnet, the outer electrons of the atoms of the domains are aligned in a single way and all the domains are also aligned in a single way, creates its magnetic field lines.
A magnetic field created by a body can stretch
vast areas. For example, the magnetic field created by celestial objects like
the Sun, Earth etc.
*Magnetic
field lines have the ability to physically influence on charged particles. For
example, the influence of oscillating magnetic field on the electrons in an
induction coil, in the coils of electric generator or transformer etc.
Also, the influence of oml photons (intermittent oscillating magnetic lines)
with the sufficient frequency, when they fall on some elements cause the
photoelectric effect.
Bending of magnetic lines
"Bending
of magnetic lines is caused by the mutual repulsion between the magnetic lines".
A magnetic pole has a very large number of magnetic lines. When these enormous lines coming parallel together, the lines repulse each other (this phenomenon can be duplicated with a number of little iron pieces and a magnet). This mutual repulsion between the 'lines' create an equilibrium state between the magnetic lines and make a possible maximum distance between every of the lines each other. This mutual repulsion between the lines is the reason for the bending of magnetic lines.
Magnetic domains
“Only
permanent magnets have domains”.
In a magnetic domain, a group of atoms are bonded together and the electrons in that 'atom group' will be aligned in a single mode. This alignment of electrons is the cause for the magnetism of that domain. Also, all domains in a permanent magnet are aligned in a single mode.
CHARGED PARTICLES
*
Electron is a particle with having 'north pole dominated' magnetic property
(electron's magnetic line starts from its north pole and ends at south pole).
* Proton is a particle with having 'south pole dominated' magnetic property.
*
Negative charged
particles have north pole dominated magnetic polarity and Positive charged
particles have south pole dominated magnetic polarity.
Electron and line-upping of ether magnetic particles (emp) [developing of electric and magnetic field lines]:
"Electron makes 'line' at its north pole by the magnetic induction"
Because of the strong magnetic pole of an electron, it attracts emp at its north pole and because of magnetic induction, the emp units will line-up and make a line (a chain of emp).
Since the electrons in a magnetic domain are aligned in a single way as stated above, the lines produced by the electrons will be bended and make a magnetic field around the domain (see above). Also, all domains in a magnet are aligned in a single mode and the magnet acts wholly as a single large 'magnetic domain'.
"Light is the modulation of waves on magnetic lines".
In a radio wave resonant oscillator circuit, at resonance, the current through the circuit will be minimum [If the frequency of applied voltage is equal to the natural or resonant frequency of LC circuit, then electrical resonance will occur. Under such conditions, the impedance of the tuned circuit becomes maximum and the line current is minimum].
When the current through the circuit is minimum, the number of magnetic lines produced by the electrons will be also minimum at any point of the transmitter. This minimum number of magnetic lines make minimum mutual repulsion between the magnetic lines each other and the magnetic lines will be comparatively straighter. When this 'comparatively straighter' magnetic lines oscillate with the oscillating electrons (in the natural frequency of the resonant circuit), they will radiate to the space (see How radio wave works?).
The only difference between radio frequency omls with any other high frequency omls is, in their frequencies. (see mechanism of light emitted by atoms)
"Since the photon nature (intermittent) of light, it is very difficult to influence on light by magnetic fields. But a continues radio wave transmitted by a simple radio wave transmitter, can be disturbed with the help of a strong magnetic field".
Light propagation:- How the light is propagated?
We see above that, the velocity of light is the velocity of the line-up of 'ether magnetic particles' (i.e. the velocity of the propagation of magnetic lines). When electrons oscillate, the electron's frequency will be modulated on this 'lines' and the wave will be propagated through space.
Magnetic line propagation:- How the magnetic line is propagated?
"Magnetic line is propagated by the propagation of the compressing of space matter units"
One of the major properties of ether magnetic particle is that, they are compressible and de- compressible from their natural volumes (see ether magnetic particle). When they are lineup in a field line (electric or magnetic), the particle's individual volume will be decreased from their natural volumes and get compressed.
Because of the magnetic induction, the line-upping of emp will be propagated through the space. When an emp is attracted by an electron, it will be compressed and the magnetism is transferred to the adjacent emp, and that emp will be also compressed and this process will be continued and the line will be propagated through space with the velocity of light.
Attraction and repulsion in the electric and magnetic fields
"The attraction and repulsion in the electric and magnetic field are caused by the contraction and expansion of emp units".
Attraction between opposite poles are caused by the contraction of emp units between the poles.
Repulsion between same poles are caused by the expansion of emp units between the poles (see ether magnetic particle).
Also, the other attractive forces like gravity, strong force etc are caused by the contraction of tiny space matter units
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Structure of atom
Most of the phenomenons in the atomic world are because of the presence of space matter in atoms. For example: - Exchange of energy (endothermic and exothermic reactions), all form of radiations generated by atoms except gamma rays (micro waves to x-rays), line spectrum of atoms, refraction of light in a transparent medium, X-ray scattering, pair production, rigidity of an atom, electrons are not falling into the nucleus etc. |
