Recent Publications:
 
 

1. M. Carmeli, ``Inflation in the early universe," in: Modern

Modified Theories of Gravitation and Cosmology, p. 218, E.I.

Guendelman, Editor, Hadronic Press (1998).

2. M. Carmeli and S. Malin, ``SL(2,C) Gauge Theory of Gravitation and

the Quantization of the Gravitational Field", International Journal of

Theoretical Physics 37, 2615 (1998).

3. M. Carmeli, ``Is Galaxy Dark Matter a Property of Spacetime?,"

International Journal of Theoretical Physics 37, 2621 (1998).

4. M. Carmeli, ``Cosmological General Relativity. III: Determining

the Universe Kind by Cosmological Redshift," Communications in

Mathematical and Theoretical Physics 1, 50 (1998).

5. M. Carmeli, ``Cosmological General Relativity. IV: The

Tully-Fisher Law," Communications in Mathematical and Theoretical

Physics 1, 54 (1998).

6. M. Carmeli, ``Dark matter as a property of spacetime," p. 354, in:

Eighteenth Texas Symposium on Relativistic Astrophysics and Cosmology,

A.V. Olinto, J.A. Frieman and D.N. Schramm, Editors, World Scientific (1998).

7. M. Carmeli, ``Inflation at the early universe," p. 376, in:

Particle Physics and the Early Universe, L. Roszkowski, Editor, World

Scientific (1998).

8. M. Carmeli, ``Inflation and the early universe," p. 405, in: Sources and

Detection of Dark Matter in the Universe, D. Kline, Editor, Elsevier (1998).

9. M. Carmeli, ``Aspects of cosmological relativity", International Journal of

Theoretical Physics 38, 2005 (1999).

10. M. Carmeli, ``Aspects of cosmological relativity," p. 155, in: Proceedings

of the Fourth Alexander Friedmann International Seminar on Gravitation

and Cosmology, held in St. Petersburg, June 17-25, 1998, Yu. N. Gnedin et al.,

Eds., Russian Academy of Sciences and the State University of Campinas, Brazil.

11. M. Carmeli and S. Malin, ``Amended formula for the decay of radioactive

material for cosmic times," International Journal of Theoretical Physics 38, 2021

(1999).

12. S. Behar and M. Carmeli, ``Cosmological relativity: A new theory of

cosmology", International Journal of Theoretical Physics 39, 1375 (2000).

13. M. Carmeli, ``Derivation of the Tully-Fisher law: Doubts about the

necessity and existance of halo dark matter", International Journal of

Theoretical Physics 39, 1397 (2000).

14. M. Carmeli and S. Behar, ``Cosmological general relativity", pp. 5-26, in:

Quest for Mathematical Physics, T. M. Karade et al., Editors, New Dehli (2000).

15. M. Carmeli and S. Behar, ``Cosmological relativity: A general relativistic

theory for the accelerating expanding Universe", pp. 182-191, in: Sources and

Detection of Dark Matter/Energy in the Universe", D. B. Cline, Editor, Springer

(2001). Talk given at Dark Matter 2000, Los Angeles, February 2000.

16. M. Carmeli, ``Lengths of the first days of the Universe", p. 628, in:

Astrophysical Ages and Time Scale, T. von Hippel, C. Simpson and N. Manset,

Editors (Proceedings of a conference held in Hilo, Hawaii, 5-9 February 2001)

The Astronomical Society of the Pacific, Vol. 245 (2001).

17. M. Carmeli and T. Kuzmenko, ``Value of the cosmological constant:

Theory vs. experiment", in: Relativistic Astrophysics, p. 316 (Proceedings of

the 20th Texas Symposium on Relativistic Astrophysics, held 10-15

December 2000, Austin Texas), J.C. Wheeler and H. Martel, Editors,

American Institute of Physics, Volune 586 (2001).

18. M. Carmeli, ``Cosmological relativity: Determining the Universe by

the cosmological redshift", International Journal of Theoretical Physics 40, 1871

(2001).

19. M. Carmeli and T. Kuzmenko, ``Value of the cosmological constant in the

cosmological relativity theory", International Journal of Theoretical Physics 41,

131 (2002).

20. M. Carmeli, ``Basic approach to the problem of cosmological constant and

dark energy", to be published in the Proceedings of COSMO-01, 2002.

21. M. Carmeli, ``Four-dimensional cosmological theory of unified space, time

and velocity," to be published in the Proceedings of Dark Matter 2002.

22. M. Carmeli, ``Fundamental approach to the cosmological constant issue",

to be published in the Proceedings of the 5th Friedmann Seminar, 2002.