A Theory Of Ether, Particles And Atoms: Introduction To The by Igor Makarov

By Igor Makarov

This can be an self sustaining basic examine in physics introducing the reform of recent physics. In 1996-2005, it used to be released in elements in clinical journals; in 2007 it was once published 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 booklet includes 129 pages measurement A5. it truly is intendent for pro physicists and will be of curiosity to scientists and scholars commonly.

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Extra info for A Theory Of Ether, Particles And Atoms: Introduction To The Reform Of Modern Physics (Volume 1)

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6) The Neutron Becoming the Atom  φ1 Φ= φ2 ... 14) and is supposed to be close to those of the consistent cloud. 31) determined by the consistency of the consistent cloud with vacuum. The vector function u(t) characterizes the structure of the organized cloud and may be called its structural function. 16) is a vector describing the oscillation with the complex frequency λk ; the vectors   U k1 U k = U k2 , ... U kn Uk1  U k = U k2 , ... 17) {U ki } and {Uki }, oscillate with the same complex frequency λk but have different amplitudes and initial phases.

23). Physically, this means that in the self-controlled cloud conjugate states unite into bound self-conjugate states thus making themselves free within the cloud. Formally, we have the multitude of complex{λ k }, { λk } and the corresponding wave conjugate numbers  functions {U k },{U k }, k = 1,2,…,n, which, unlike the previous solutions, are definite, not abstract. 27) mk being its mass and {pk ,–pk } its pair of momenta. 2, started as far back as in the self-consistent cloud. On completing the formation of self-conjugate composiums the self-controlled cloud turns into a self-conjugate cloud.

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.

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