GRAVY QUARK SUPERGRAVITY FORMULATION AND THE COSMIC STRING GENERATION OF PARTICLES : Narayana, K. L., M. Inst. P (Lond)

150. K. L. Narayana, “Gravy Quarks supergravity formulation and Cosmic string

Generation of Particles”, Global Conf. on Mathematical Physics (Cent. Celebrations of Niels Bohr and H. Weyl), Einstein Foundation International Oct 25, University of Nagpur, Page.62, 1987.

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GRAVY QUARK SUPERGRAVITY FORMULATION AND THE COSMIC

STRING GENERATION OF PARTICLES

Narayana, K. L., M. Inst. P (Lond)

Shivaji University, Kolhapur -416004, India.

Permanent address:

 (Retd. Prof of Phys. SU, Kolhapur) ; 

17-11-10, Narasimha Ashram,

 Official Colony, Maharanipeta. P.O, 

Visakhapatnam – 530002.

Mobile: 09491902867

A B S T R A C T

                A novel flavor of supergravity has been incorporated into a new formulation of obtaining exact solutions of Gravy Quark equations on a curved background.

           The solution is interpreted as the source of the intrinsic topology of the background space. The introduction of new Tensorial entities allowed the possibilities of solutions corresponding to flat space in supergravity. Further the A, B, C like types of Electromagnetic gravitational fields is cited as

responsible for the enthralling flavor current (I) features.

                  The formulation is examined for the earlier depicted aspects 1). The metric  Reversal invariance and existence of N-Mesons and 2). Parity violations and High energy cosmological universe. (Proc. of Int. Conf. on High Energy Phys. and Astrophysics, The University of Kashmir, Srinagar, dt. 10^th Sept. 87).

                The electro-weak part of the supergravity hole is expressed in terms of a null generator of the horizon and endowed with its string compliments. Strings possess the accumulated gravitational flux. The law of Baryon conservation of High energies modified due to the Gravy quantum number and the consequent stellar interior processes are thus related to cosmic string manifest production of new particles pair creation and annihilation.

A dramatic success of the model is the prediction

( ρ       +    ‘ ρ )    /    ( ρ     -     ‘ ρ  )   =  cos²θ  + O (g ², I )

where O (g ², I) specifies the order of corrections and ρ ,  ‘ρ , are the spin-coefficients, θ the phase angle changes of the left and right solutions of Supergravity and g is the iso-gravitational coupling constant.

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Acknowledgment

         The author is deeply indebted to Late Prof. K. R. Rao D. Sc. (Madras) D. Sc. (London) whose insight of the subjects of Science and Technology has helped many a students to grasp the intricate principles of the Universe and who achieved distinguishing positions.