TECHICAL Series MATHEMATICS • INFORMATICS • PHYSICS Series PHILOLOGY Series ECONOMIC SCIENCES Sereies EDUCATIONAL SCIENCES Series LAW AND SOCIAL SCIENCES Series
On a Possible Rotational Redshift
(Universitatea Petrol-Gaze din Ploieşti, B-dul Bucureşti nr. 39, Ploieşti e-mail: mihai_c@bigstring.com)
Vol LX • No. 4/2008
Mircea Ionescu, Mihai Ciocīrdel
Universitatea Petrol-Gaze din Ploieşti, B-dul Bucureşti nr. 39, Ploieşti
e-mail: mihai_c@bigstring.com

 Keywords   Metagalaxy, rotation, rotational redshift

 Abstract
During the last decades the critiques on Hot Big Bang Cosmological model have increased, because a series of observational data are not in concordance with it. The Standard Model has been founded on the space expansion phenomenon which in turn have been deduced from the redshift-distance and velocity-distance linear correlations for the large cosmic structures. At the date of its discovery, the redshift was interpreted as being caused by the Doppler-Fizeau Effect and from here, concomitant with its connection with the expansion phenomenon the cosmological redshift was reached. Later, many other causes have been identified which can determine the redshift of the radiation as: the Compton Effect, the differences in the gravitational potential of the universal field and even other intrinsic causes of the matter.
The author make an argumentation showing the possibility of a rotational movement of the visible universe (the Metagalaxy) and demonstrate that this movement can generate a rotational redshift, which is a velocity related redshift caused by the Doppler Effect. It acts in a similar manner with the cosmological redshift and can provide a new explanation for the redshift-distance and velocity-distance correlations, without the expansion being necessary.

 Rezumat
Īn ultimile decenii s-au īnmulţit criticile asupra modelului cosmologic standard al big bang-ului fierbinte, deoarece o serie de date observaţionale nu concordă cu acesta. Modelul standard a fost īntemeiat pe fenomenul expansiunii spaţiului care la rāndul său a fost dedus din corelaţiile liniare redshift-distanţă şi distanţă-viteză a marilor structuri cosmice. La data descoperirii, redshiftul, a fost interpretat ca fiind datorat efectului Doppler-Fizeau şi de aici s-a ajuns, odată cu legarea lui de fenomenul expansiunii, la redshiftul cosmologic. Mai tārziu au fost evidenţiate multe alte cauze care pot provoca redshiftarea radiaţiei, precum: efectul Compton, diferenţele de potenţial gravitaţional ale cāmpului universal şi chiar cauze intrinseci ale materiei.
Autorii fac o argumentare arătānd posibilitatea unei mişcări rotaţionale a universului vizibil (metagalaxiei) şi demonstrează că această mişcare poate genera un redshift rotaţional, care este un redshift vitezist datorat efectului Doppler. El se comportă asemănător redshiftului cosmologic şi poate furniza o nouă explicaţie pentru corelaţiile redshift-distanţă şi distanţă-viteză, fără ca expansiunea să fie necesară.



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