Motion in a Medium Composed of Particles and Antiparticles
Abstract
From quantum field theory, the vacuum is not empty space but a medium composed of particles and antiparticles. It has been shown that the process for pair creation also can yield real particles and antiparticles. The motion of objects through a medium consisting of matter and antimatter is considered. It shall be demonstrated that certain laws for the planetary orbits will follow in this system.
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References
Gianni Arioli, Filippo Gazzola, Susanna Terracini (2000) Minimization properties of Hill's orbits and applications to some N -body problems. 17(5), 617-650.
R Bass (2005) Unknown Title. 14, 153.
David Batchelor (2002) Semiclassical Models for Virtual Antiparticle Pairs, the Unit of Charge e, and the QCD Coupling α s. 32(1), 51-76.
V Belinski, E Verdaguer (2001) Gravitational Solitons.
M Blagg (1913) On a Suggested Substitute for Bode's Law. (Plate 12.). 73(6), 414-422.
J Bode (1777) Anleitung zur Kenntniβ des gestirnten Himmels.
Simon Davis (2007) The effect of vacuum polarization on the propagation of charged particles and light. 33(1-2), 33.
R Feynman (1949) Space-Time Approach to Quantum Electrodynamics. 76(6), 769-789.
R Feynman (1965) The Character of Physical Law.
A Garate, R Gleiser, Einstein-Maxwell Breathers (1995) Unknown Title. 12, 119.
P Morse, H Feshbach (1953) Unknown Title. 1.
Michael Nieto (1972) Search for a Geometric Progression Theory. 12, 62-67.
Ekkehard Nowotny (1979) On the formation of the planetary system the titius-bode law. 21(3), 257-274.
R De Oliveira, R Dusséaux, S Afifi (2010) Analytical derivation of the stationarity and the ergodicity of a field scattered by a slightly rough random surface. 20(3), 396-418.
M Ovenden (1972) Recent Advances in Dynamical Astronomy. 9-21.
B Tapley, V Szebehely (1976) Long-Time Predictions in Dynamics. 319-322.
A Proca (1936) Unknown Title. 20, 709.
D Richardson (1945) Unknown Title. 53, 14.
L Tassie (1987) The Formation of the Universe from Rotating Superstrings. 40(1), 109-116.
J Titius, P Wesson (1766) Betrachtungen ¨uber die Natur, Johann Friedrich Junius 20. 23, 1730.
A Wintner (1947) The Analytical Foundations of Mechanics.
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2014-07-20
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