publication . Preprint . 2000

Are the Laws of Thermodynamics Consequences of a Fractal Properties of Universe?

Kobelev, L. Ya.;
Open Access English
  • Published: 16 Mar 2000
Comment: RevTex
arXiv: Physics::Data Analysis; Statistics and ProbabilityCondensed Matter::Disordered Systems and Neural Networks
free text keywords: Physics - General Physics
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a)The free energy of the Universe F can be viewed as fractal q - dimensions Renyi (q = T0/T ) of space - time set X that consist the Universe [1] Mandelbrot B.B., The fractal geometry of nature (W.H.

Freeman, New York, (1982)) [2] B.B.Mandelbrot, in ”Random Fluctuations and Pattern

Growth”, vol.157 of NATO Advanced Study Institute,

Ostrowsky (Kluwer, Dortrecht, 1988) [3] A.Renyi, Introduction to information theory, Appendix

in:Probability theory (North Holland, Amsterdam,1988) [4] Halsey T.C., Jensen M.N.,Kadanoff L.P. Procaccia J,

Shraiman B., Phys.Rev.A.33, 1986, p.1141-1151 [5] Rudolph O. Fortshritte der Physik, v.43 (1995), No5,

p.349-450 [6] Kobelev L.Ya. Fractal Theory of Time and Space, Ed.

L.Kobelev (Konross, Ekaterinburg,1999) [7] Kobelev L.Ya. What Dimensions Do the Space and Time

Have: Integer or Fractional? arXiv:physics/0001035 [8] Kobelev L.Ya. Can a Particle's Velocity Exceeds

qc/0001042 [9] Kobelev L.Ya.The Multifractal Time and Irreversibility

in Dynamic Systems. arXiv:physics/0002002 [10] Guth A.H. Phys.Rev.(1981), v.108 B, p.347; Linde A.D.

Phys.Letter. 1982, v.108 B, p.389 [11] Kobelev L.Ya. Redshift Yielded by Dependence of Rate of

Birth. Ural State Univ., Ekaterinburg, 1996. Dep v

VINITI, No.3142-B96. 28.10.96 (in Russian)

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