Theory of Physical Similarity - Revision history

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	==Abstract==		==Abstract==

	Over the years many scientists have unsuccessfully proposed alternative theories to overcome the logical inconsistencies of Einstein's theory of special relativity. The present theory is based upon three fundamental postulates: (i) Motion-dependent time-unit, (ii) Invariant length-unit, and (iii) Principle of physical similarity. Light velocity is found to be 'motion-dependent' and the absolute frame is indentifiable as the frame in which light velocity from a stationary course attains the absolute maximum, say c<sub>o</sub>. The invariant Compton wavelengths of all fundamental particles are defined and the postulated basic invariant 'length-unit', say dl, can be identified with the Compton wavelength of any fundamental particle, say electron. The absolute rest 'time-unit' is taken as dl/c<sub>o</sub>. Applying this theory to mechanics, electromagnetism and optics, it is established that it overcomes all epistemological errors of Einstein's theory and circumvents the drawbacks of all other theories.[[Category:Scientific Paper]]		Over the years many scientists have unsuccessfully proposed alternative theories to overcome the logical inconsistencies of Einstein's theory of special relativity. The present theory is based upon three fundamental postulates: (i) Motion-dependent time-unit, (ii) Invariant length-unit, and (iii) Principle of physical similarity. Light velocity is found to be 'motion-dependent' and the absolute frame is indentifiable as the frame in which light velocity from a stationary course attains the absolute maximum, say c<sub>o</sub>. The invariant Compton wavelengths of all fundamental particles are defined and the postulated basic invariant 'length-unit', say dl, can be identified with the Compton wavelength of any fundamental particle, say electron. The absolute rest 'time-unit' is taken as dl/c<sub>o</sub>. Applying this theory to mechanics, electromagnetism and optics, it is established that it overcomes all epistemological errors of Einstein's theory and circumvents the drawbacks of all other theories.

			[[Category:Scientific Paper\|theory physical similarity]]

	[[Category:Relativity]]		[[Category:Relativity]]

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2016-12-30T17:31:54Z

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{{Infobox paper
| title = Theory of Physical Similarity
| author = [[Satya Pal Gulati]]
| keywords = [[physical similarity]], [[alternative theories]], [[motion-dependent]], [[light velocity]], [[length-unit]]
| published = 1987
| journal = [[None]]
| pages = 83-95
}}

==Abstract==

Over the years many scientists have unsuccessfully proposed alternative theories to overcome the logical inconsistencies of Einstein's theory of special relativity. The present theory is based upon three fundamental postulates: (i) Motion-dependent time-unit, (ii) Invariant length-unit, and (iii) Principle of physical similarity. Light velocity is found to be 'motion-dependent' and the absolute frame is indentifiable as the frame in which light velocity from a stationary course attains the absolute maximum, say c<sub>o</sub>. The invariant Compton wavelengths of all fundamental particles are defined and the postulated basic invariant 'length-unit', say dl, can be identified with the Compton wavelength of any fundamental particle, say electron. The absolute rest 'time-unit' is taken as dl/c<sub>o</sub>. Applying this theory to mechanics, electromagnetism and optics, it is established that it overcomes all epistemological errors of Einstein's theory and circumvents the drawbacks of all other theories.[[Category:Scientific Paper]]

[[Category:Relativity]]