Articles written in Pramana – Journal of Physics
Volume 23 Issue 5 November 1984 pp 1- Letter
Velocity dependent inertial induction: An extension of Mach’s principle
In this article a model of inertial induction has been presented. According to this model the magnitude of the acceleration dependent inertia force comes out exactly as the product of the acceleration and inertial mass. The model also indicates that even uniform velocity gives rise to inertia force. However, the magnitude of the velocity dependent inertia force is exceedingly small but it causes a cosmological red shift whose order of magnitude is same as that of the observed values.
Volume 26 Issue 1 January 1986 pp 1-8 Gravitation Theory
Velocity-dependent inertial induction and secular retardation of the earth’s rotation
According to the model of inertial induction proposed earlier, the inertia force consists of an acceleration-dependent term which comes out as identically equal to -
Volume 27 Issue 6 December 1986 pp 725-730 General Relativity
Velocity-dependent inertial induction—possible explanation for supergravity shift at solar limb
A quantitative model of inertial induction has been earlier proposed by the author which not only results in the exact equivalence of inertial and gravitational masses but also gives rise to an exceedingly small drag dependent on the velocity with respect to the mean rest frame of the universe. This leads to a cosmological redshift in close agreement with the observation. When this velocity drag due to local interaction is considered it is seen that a significant proportion of the secular retardation of the earth’s spin and the moon’s orbital motion can be attributed to this drag. This also resolves the problem of the moon’s close approach to the earth in the past as suggested by a purely tidal friction theory. The observed large secular acceleration of the Phobos is also explained. The present article shows that local interaction also yields a redshift. When applied to the solar radiation it is seen that the observed supergravity shift at the limb can be very satisfactorily explained.
Volume 97, 2023
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