Spacetime & Substance
International Physical Journal
CONTENTS of No. 5(20)-2003
L.I.Petrova. EXTERIOR AND EVOLUTIONARY SKEW-SYMMETRIC DIFFERENTIAL FORMS AND THEIR ROLE IN MATHEMATICAL PHYSICS (193)
S.N. Arteha. CRITICAL COMMENTS TO RELATIVISTIC DYNAMICS (216)
Katarzyna Bajan, Monika Biernacka, Piotr Flin, Wlodzimierz Godlowski, Victor Pervushin, Andrey Zorin. LARGE SCALE PERIODICITY IN REDSHIFT DISTRIBUTION (225)
V.F.Barybin. MULTIPLICITIES OF FUNDAMENTAL PHYSICAL CONSTANTS. COSMOLOGICAL MODEL (229)
Angelo Loinger. AGAIN ON THE NON-EXISTENCE OF GRAVITATIONAL WAVES AND OF BLACK HOLES (232)
D.L.Khokhlov. ELECTROMAGNETIC ENERGY AGAINST GRAVITATIONAL ENERGY (233)
Amrit Sorli and Kusum Sorli. THE CONSCIOUS EXPERIENCE OF TIME AND SPACE (235)
NEW BOOKS. (238)
Contents of issues for 2003 year. (239)
At present the theory of skew-symmetric exterior differential forms has been developed [1--6]. The closed exterior differential forms may possess the invariant, group, tensor, structural and other properties that are of great functional and utilitarian importance. The operators of the exterior differential form theory lie at the basis of the differential and integral operators of the field theory. However, the theory of exterior differential forms, being invariant one, does not answer the questions related to the evolutionary processes. In the work the readers are introduced to the skew-symmetric differential forms that possess evolutionary properties [7,8]. They were called evolutionary ones. The mathematical apparatus of exterior and evolutionary differential forms allows description of discrete transitions, quantum steps, evolutionary processes, generation of various structures. These are radically new possibilities of the mathematical physics. In the paper is shown that a role of exterior and evolutionary differential forms in the mathematical physics is conditioned by the fact that they reflect properties of the conservation laws and allow elucidate a mechanism of evolutionary processes in material media, which lead to the rise of physical fields and formatting physical fields and phenomena.
The paper is devoted to systematic criticism of some aspects of the special relativity theory (SRT). The main attention is given to the inconsistency and groundlessness in a seemingly ``working'' section of this theory -- the relativistic dynamics.
We review the previous studies of galaxies and quasar redshifts discretisation. We present also the investigations of the large scale periodicity, detected by pencil--beam observations, which revealed 128 (1/h) Mpc period, afterwards confirmed with supercluster studies. We present the theoretical possibility of obtaining such a periodicity using a toy-model. We solved the Kepler problem, i.e. the equation of motion of a particle with null energy moving in the uniform, expanding Universe, decribed by FLRW metrics. It is possible to obtain theoretically the separation between large scale structures similar to the observed one.
Regularities of fundamental physical constants (FPC) and multiplicities for masses, time (frequencies), densities, etc. are obtained as a result of the analysis of these constants. Display of multiplicities is typically for processes, phenomenon and the effects observed in the nature by virtue of universality of FPC.
Very straightforward arguments proving the physical non-existence of GW's and of BH's. They are so simple that even the members of the Wheelerian establishment will understand them.
It is considered the concept of space-time in the electrodynamics based on the dual particle-wave nature of the electromagnetic field. The coordinate space-time is defined by the Galilei transformation. The momentum space-time is defined by the Lorentz transformation. It is considered the dynamics of the electron in the electromagnetic field. The electromagnetic energy and the gravitational energy of the electron behave in the different way. The ratio of the electromagnetic energy and the gravitational energy for the electron follows the Lorentz transformation.
In this paper the authors judgements about physical and psychological time are given.