Paradoxien der Relativit?tstheorie und deren ?berwindung durch das Modell einer Teilchenwelle
Erich Wanek
In this (German) article the author presents his basic ideas to
- The paradox of Einstein's special theory of relativity and the Lorentz-transformation, particularly to the constant light velocity, by example that due to the time dilation clocks will have to alter their pace depending on the direction of motion. An extension of these arguments you will find in the abstracts "Paradoxe Relativit?t" (German, 2005) and "A New Train-Paradox" (2006).
- Since both photons and elementary particles exhibit at the same time masslike as well as wavelike properties, it is reasonable to ascribe the motion of those "particles" to an array of subparticles, which oscillate in the plane perpendicular to their motion. Such a double-helix is called by the author "Particlewave", where these "particles" must not only be corpuscles, but also may be some vortices of ether or whatever. An extension of this idea in English you will find in the article "The Particlewave", Physics Essays, V21, N4, pp. 267-270 (Dec 2008).
