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3 International Letters of Chemistry, Physics and Astronomy

3 2013

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Three Simultaneous Superimposed Rotating System

100%

Das M. C. , Misra R.

tom Vol. 8, iss. 3

215-219

In inertial system, co-ordinate transformation from one frame to another is possible by using Lorentz transformation matrix. But in non-inertial or rotating system it is not applicable by using Lorentz transformation matrix. In this paper, co-ordinate transformation from one frame to another in three simultaneous superimposed rotating systems has been introduced. This also leads to assume a picture of space-time geometry of same system.

Space-Time Geometry of Electromagnetic Field in the System of Photon

100%

Das M. C. , Misra R.

International Letters of Chemistry, Physics and Astronomy

2013

tom Vol. 9, iss. 1

13-16

In the concept of general relativity gravity is the space-time geometry. Again, a relation between electromagnetic field and gravitational field is expected. In this paper, space-time geometry of electromagnetic field in the system of photon has been introduced to unify electromagnetic field and gravitational field in flat and curvature space-time.

A Classical Approach of Unified Field

100%

Das M. C. , Misra R.

International Letters of Chemistry, Physics and Astronomy

2013

tom Vol. 7, iss. 2

73--84

Photons contribute electromagnetic field that accompanies the gravitational field. These two fields may be, mutually, transformed through a kind of transformation matrix dependent upon the boundary conditions of the system. In this work trial would be made to find the nature of this transformation matrix considering a super system of photon in which both fields are unified. The unification of electromagnetic and gravitational fields leads to the concept of fundamental charge.