Contents
1.Previous version of the model and some unpublished ideas
2.Four Dimensional Euclidean Reality, Basic Properties of the Model PowerPoint presentation
3.Euclidean Reality Theory, Spectacular Conclusions and New Problems PowerPoint presentation
4. Proposal of simpler description of SRT - Galilean Electrodynamics 18, 43-48 (2007)
A new concept of four dimensional reality is presented. The fourth dimension of the reality is now described with a dimension different from the time of the observer. Consequently, the Euclidean model of reality is obtained, description of phenomena is simplified in relation to the four-dimensional Lorentzian space-time and the singularities taking place in the description of the reality become now an effect of performing the observation and are not the property of reality any more. The new model also predicts certain new experimental effects which can be a reliable test for the new model.
5.The structure of time and the wave structure of the matter - Galilean Electrodynamics 18, 49-53, (2007)
This paper presents the new concept of time - the SUPERTIME. The SUPERTIME is the time identical for all bodies, independently of their relative motion. The SUPERTIME, together with the earlier FER model (Four-dimensional Euclidean Reality), justifies in a simple way the wave structure of matter and allows to introduce the new way of finding functions which describe the particles as waves. The new approach also greatly extends the class of these functions.
6. Is the Lorentz Transformation a physically correct solution of the spacetime interval equation? Galilean Electrodynamics Vol 20, Special Issue 2, 34-37 (2009)
In the Relativity Theory equations are written in a form that conserves the value of the space-time interval during the transition from one observer's system to another. The Lorentz Transformation is a generally known solution of the space-time interval equation so that the equations of the RT are invariant in relation to this transformation. According to the Four dimensional Euclidean Reality Model (FER) there is another solution of this equation and this solution allows to draw some other conclusions than the conclusions obtained on the grounds of the Lorentz Transformation. Derivation of the Lorentz Transformation according to the FER model is still possible but the derivation can be performed only at the cost of breaking certain laws. Therefore, although the Lorentz Transformation is mathematically correct, it is not correct from the physical point of view.
7.Recession of galaxies, simpler explanation Galilean Electrodynamics Vol 20, Special Issue 2, 38-40 (2009)
Recent papers show that the space-time can be described with the Four-dimensional Euclidean Reality (FER) in which all dimensions have identical properties. According to the new model, the dimensions of time and space which we are able to observe are not the dimensions that create the reality. They are only certain directions in FER, which are interpreted by us as the dimensions of space. The directions interpreted by us as the time- and space dimensions depend on the choice of an observed body and an observer, that is to say the directions are different for every pair: the observer and the observed body. According to the new model of the reality, observers that move in FER along trajectories having a common origin - as it takes place in case of the galaxies - observe other bodies/observers as moving with the velocity proportional to the distance from the observer. The velocity proportional to the distance is now the result of observation only and has nothing to do with any acceleration.
8.Links
9. My new papers which have been presented in Budapest 4-6 September 2009 - Conference: Mathematics, Physics and Philosophy
In the Interpretations of Relativity Theory