The main points discussed in the book "Structure of Atom"     Acceptance of the New Physics           

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 Structure of Atom Amazon Kindle Ebook

BASIC PHYSICS

Structure of atom

Structure of electron

What is light?

How is nuclear energy released?

Space matter or Aether

IN DEPTH

How is light emitted?

Line spectrum of hydrogen atom

How radio waves are prduced?

How is chemical energy released?

Wave nature of matter

Electric field and magnetic field

Pair production of electron and positron

Some important phenomena in the atomic world

Star light bending

Reference

Researcher and author

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How is light emitted from an atom?

"Emission of photons by an atom is not because of the jumping of electrons from an outer shell to an inner shell as current belief, but is caused by the oscillation of electrons in their shells or transitory shells".

     An atom has enormous number resonant columns in it and each of them have their own unique natural frequency. If a shell has electron(s) in it, is called electron shell and if it has not, is called transitory shell (see Structure of atom). An electron has a standing- electric field and magnetic field at right angle and because of the positive charge of the nucleus, the electric fields of electrons in an atom will be always directed to the nucleus.

     Atoms emit radiations when they are excited.  An atom can be excited in a different ways.  Exothermic chemical reactions, collision of energetic particles with atoms, collision between atoms, by energetic incident photons etc. When an atom is excited, its shells start to oscillate. Since each of the shell has their own unique natural frequency, when excited, a shell oscillates in its natural frequency. If a shell has one or more electrons in it, the excitation of that shell causes the electrons in it also oscillate with the shell. Since the electric field of an electron is directed to the nucleus, when oscillates, the electric field of the electron will be parallel to the oscillation and the magnetic field will be perpendicular to the oscillation. This oscillation of the electron creates a transversely-oscillating magnetic field (oscillating magnetic line) and the oscillating magnetic line (OML) is radiated to space with the velocity of light. The OML is created at right angle to the oscillating electron. I.e. there is a 90⁰ angle between oscillation of electron and emission of photon.

     Since the density differences between inner and outer regions, when an electron is excited in an atom, for every oscillations towards the direction of the nucleus, the high-density space matter in the inner region of the atom expels the electron to an outer low-density space matter region. For example, when an electron shell is excited in an atom, the electron in the shell emits a photon in the natural frequency of the shell and jumps to an outer transitory shell. If that transitory shell is simultaneously excited by some ways, the electron again emits a photon in the natural frequency of ‘that transitory shell’ and jumps to a further outer transitory shell. In this way, an atom with only a few electrons in it, can emit a wide range of spectrum lines when continually excited (see Line spectrum of hydrogen atom). Since the jumping of the electron to an outer region with the emission of a photon, the electron loses its excitation simultaneously. This is the reason for the photon/quantum nature of radiation emitted by an atom.

Watch video: How is light emitted from an atom? http://youtube.com/watch?v=Mcz3wAQm8jY

Also watch: How radio waves are produced? http://youtube.com/watch?v=aAcDM2ypBfE

Structure of atom  What is light? How is nuclear energy released? Space matter or Aether . . . . . . . . . . . . . . . . . . . . . .

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