By Igor Makarov
This can be an self sufficient primary study in physics introducing the reform of contemporary physics. In 1996-2005, it used to be released in elements in medical journals; in 2007 it was once revealed privately in Britain and registered within the British Library; in 2008 it used to be registered at the Copyright place of work of the Library of Congress. The publication includes 129 pages dimension A5. it really is intendent for pro physicists and will be of curiosity to scientists and scholars often.
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Extra resources for A Theory Of Ether, Particles And Atoms: Introduction To The Reform Of Modern Physics (Volume 1)
1, The Logic. Oxford, Clarendon Press, 1874. 36 A Theory of Ether, Particles and Atoms CHAPTER 3 TH E NE UT RO N BECO M IN G TH E ATO M Introduction In modern physics the neutron decay is considered a kind of socalled weak interaction and there is a lot of works based on such an approach, for example, , . In our view, such approach is inadequate to the problem. Indeed, our above investigation of the nature and the structure of the neutron makes it possible to develop quite a different approach to, and interpretation of, the above process.
The results obtained suggest a new explanation of the origin of matter in the universe. Besides they shed light on the origin and the structure of the electron and some features of the mesons, and hint at the nature of the quarks. 1 The self-consistent cloud A. 6), is a stable, selfconsistent pattern of correlation, the indication of self-consistency of vacuum itself, owing to which vacuum is a steady medium identical to itself. The correlation function g(s) of vacuum determines connection between the processes in composiums separated by a space (s = r) or time (s = ct) interval.
Hans C. Ohanian. Modern Physics. Second Edition. Prentice Hall. 1995. CHAPTER 4 EVALUATION OF THE PARAMETERS AND CHARACTERISTICS OF ETHER Introduction As the reader knows, the problem of ether, as an actual problem of theoretical and experimental physics, arose with the development of the theory of light, and especially in connection with Maxwell’s electromagnetic theory, but then was almost abandoned after the advent of the special theory of relativity. And despite the fact that experiments have shown vacuum to be not an abstract space but an arena of intense physical processes, modern physics still evades using the term ‘ether’, preferring its substitutes, such as ‘electromagnetic vacuum’, ‘physical vacuum’, ‘Dirac’s vacuum’, etc.
A Theory Of Ether, Particles And Atoms: Introduction To The Reform Of Modern Physics (Volume 1) by Igor Makarov