Uploaded by atommodel on Oct 13, 2009
Space matter, the least explored and understood matter! The whole of the phenomenon in the Universe are directly or indirectly linked with the presence of space matter! As you beginning to understand the space matter, you are beginning to understand the Universe!
The facts discussed in this video:
1) What is the fact behind starlight bending and gravitational lensing?
2) Space matter in atoms.
3) Ordinary matter is made of space matter.
4) How chemical energy and nuclear energy are released?
5) How electric field, magnetic field and gravitational force etc are transmitted through the space?
6) How are attraction and repulsion works?
7) Properties of space matter.
8) What is light and how is light propagated?
Space matter is filled everywhere in the universe. Since the gravitational force exerted on space matter, all massive bodies have a denser medium of space matter envelop. Starlight bending and gravitational lensing, both are the evidences for space matter in the macro world. Increasing of mass of a fast moving body, change in shape of a body resulting from its motion; the effect, known as the Lorentz-FitzGerald contraction etc are also the evidence for space matter in space. Nucleus of an atom is surrounded by a denser medium space matter and most of the phenomenon in the atomic world is closely linked with the presents of space matter in atoms (watch video structure of atom). Ordinary matter is a highly compressed state of space matter and most of the energy forms are released because of the releasing, expansion or explosion of space matter. The releasing of energy in a nuclear reaction is due to the rapid- huge increasing of volume of ordinary matter to space matter. That is, in a nuclear reaction the missing mass (mass defect) is converted into space matter. Electric field lines and magnetic field lines both are created by the line-up and alignment of space matter units. Attraction between unlike electric charges and between unlike magnetic poles is caused by the contraction of space matter units between the charges and poles respectively. Light propagation: - How is light propagated? Light is a mixture of longitudinal and transverse wave. The longitudinal part is for the propagation of the compressing of space matter units and the transverse part is for the oscillating magnetic lines. That is, light travels as transverse wave in magnetic lines. Structure of electron Electron has a standing- electric field and magnetic field in right angle regardless of any kind of its motions. How is radio wave created? In a radio wave antenna, electrons make oscillations parallel to its electric field and perpendicular to its magnetic field. This oscillation creates transverse wave on the electrons magnetic lines and the oscillating magnetic lines (radio wave) will be radiated to space. How is light emitted by an atom? In an atom the electric fields of its electrons will be always directed to the nucleus and magnetic fields will be horizontal to the nucleus. When a shell in an atom is excited, electrons in the shell make oscillations parallel to their electric field and perpendicular to their magnetic field. This oscillation creates transverse wave on the electrons magnetic lines and the light will be radiated to space. Bending of radio wave and straight line travel of light As the length of oscillating magnetic lines increase, the chances of mutual repulsion between them will be also increased (radio wave to microwave) and they bend significantly. But short wavelength photons make minimum mutual repulsions and they travel almost straightly. * 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). Experiment: Since the photon (intermittent) nature of light, it is very difficult to influence on light by magnetic field. But a continues radio wave transmitted by a radio wave transmitter, can be disturbed with the help of a strong magnetic field.
http://www.physics-edu.org
Category:
Tags:
- universal ether medium
- ether space
- magnetic particle
- electric field
- magnetic field
- attraction
- repulsion
- Space matter
- Dark matter
- Ether
- Aether or Æther
License:
Standard YouTube License
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6 likes, 2 dislikes
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Artist: Asha
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