Physics Journal
Articles Information
Physics Journal, Vol.2, No.3, May 2016, Pub. Date: Feb. 17, 2016
Analysis of Cosmic Rays from Inter-Electronic Structure of the Electron
Pages: 220-225 Views: 1137 Downloads: 740
Authors
[01] D. P. Nandedkar, Department of Electrical Engineering, Indian Institute of Technology, Bombay, Powai, Mumbai, India.
Abstract
Considering electromagnetic nature of cosmic rays, the radius of electron is got. Then complex charge and complex mass of an electron are analysed. Furthermore electromagnetic radiation generation by the electron is discussed. The work in this article can provide, radius of electron, velocity of the electron viz., 4.239(4) x 108 m/sc, angular velocity of the electron, moving mass of the electron viz., 6.618(0) x 10-29 Kgm, frequency of electromagnetic radiation from the electron viz., 1.795(6) x 1022 Hz, wavelength of electromagnetic radiation from the electron and strength of magnetic flux density required for reversal of spin angular momentum viz., 1.877(1) x 1014 Wb/m2, which are of considerable significance. It is interesting to note that the moving mass of the electron inside and/on periphery of the electron has a velocity of 4.239(4) x 108 m/sc which is greater than velocity of light in free space. Thus a world of Tachyon exit inside and/on periphery of the electron. The present research-paper deals with, electromagnetic nature of cosmic rays. A sequence of alternate applications and removals of external magnetic flux density≥1.877(1) x 1014 Wb/m2, that may exit in our/other galaxy, results in generation of continuous waves of cosmic rays of frequency ~ 1.795(6) x 1022 Hz by complex mass/complex charge inter-electronic structure given herewith.Considering electromagnetic nature of cosmic rays, the radius of electron is got. Then complex charge and complex mass of an electron are analysed. Furthermore electromagnetic radiation generation by the electron is discussed. The work in this article can provide, radius of electron, velocity of the electron viz., 4.239(4) x 108 m/sc, angular velocity of the electron, moving mass of the electron viz., 6.618(0) x 10-29 Kgm, frequency of electromagnetic radiation from the electron viz., 1.795(6) x 1022 Hz, wavelength of electromagnetic radiation from the electron and strength of magnetic flux density required for reversal of spin angular momentum viz., 1.877(1) x 1014 Wb/m2, which are of considerable significance. It is interesting to note that the moving mass of the electron inside and/on periphery of the electron has a velocity of 4.239(4) x 108 m/sc which is greater than velocity of light in free space. Thus a world of Tachyon exit inside and/on periphery of the electron. The present research-paper deals with, electromagnetic nature of cosmic rays. A sequence of alternate applications and removals of external magnetic flux density≥1.877(1) x 1014 Wb/m2, that may exit in our/other galaxy, results in generation of continuous waves of cosmic rays of frequency ~ 1.795(6) x 1022 Hz by complex mass/complex charge inter-electronic structure given herewith.
Keywords
Cosmic-Rays, Electron, Complex-Mass, Complex-Charge
References
[01] Rajam, J. B., (1960): “Atomic Physics”, 5th Edition, S. Chand & Co., Jalandhar, Delhi, Lucknow.
[02] Ringuet L. L., (1950): “Cosmic Rays”, Prentice-Hall, New York.
[03] A. Dauvillier, (1954): “Les Rayons Cosmiques”, Dunod publisher, Paris, France.
[04] Wilson J. G.-Editor, (1952): “Progress in cosmic ray physics”, Vol. I, North Holland, Amsterdam.
[05] Wilson J. G.-Editor, (1954): “Progress in cosmic ray physics”, Vol. II, North Holland, Amsterdam.
[06] Wilson J. G.-Editor, (1956): “Progress in cosmic ray physics”, Vol. III, North Holland, Amsterdam.
[07] Mewaldt, R. A., (1996): “Comic Rays”, Macmillan Encyclopaedia of Physics.
[08] Ramo, S., Whinnery, J. R. and Van Duzer, T., (1970): “Fields and Waves in Communication Electronics”, Wiley Eastern Private Limited”, First Edition, First Wiley Eastern Reprint, New Delhi.
[09] Richtmyer, F. K., Kennard, E. H., and Lauritsen, T., (1955): “Introduction to Modern Physics”, Fifth Edition, International Student Edition, MaGraw Hill Book Co, Inc., New York, Toronto, London etc.
[10] Jain, G. C., (1967): “Properties of Electrical Engineering Materials”, Harper & Row, Publishers, New York, Evanston, London.
[11] Feinberg, G. (1967). "Possibility of Faster-Than-Light Particles". Physical Review 159 (5): 1089–1105.
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