Articles written in Pramana – Journal of Physics
Volume 9 Issue 2 August 1977 pp 103-109 Classical Mechanics
A straightforward derivation of the Dirac-Schwinger covariance condition is given within the framework of classical field theory. The crucial role of the energy continuity equation in the derivation is pointed out. The origin of higher order derivatives of delta function is traced to the presence of higher order derivatives of canonical coordinates and momenta in the energy density functional.
Volume 11 Issue 2 August 1978 pp 195-204 Particle Physics
An investigation of the newly discovered charmed mesons
Volume 37 Issue 3 September 1991 pp 253-260 Research Articles
Two cases of forced harmonic oscillators with time dependent mass for which exact propagators can be evaluated are presented. From the exact propagators, normalized solutions of the corresponding Schrödinger equations are arrived at. Time-dependent invariants are also found.
Volume 38 Issue 1 January 1992 pp 1- Rapid Communication
Time-dependent spherically symmetric
Volume 40 Issue 1 January 1993 pp 17-23
Chaotic behaviour of a quartic oscillator system given by
Volume 88 Issue 3 March 2017 Article ID 0040 Research Article
In this work, a novel combination synchronization scheme in which synchronization of a new combination hyperchaotic drive system formed by combining state variables of the original drive system with appropriate scaling factors with a response hyperchaotic system is considered. A self-combination system is constructed from hyperchaotic Lorenz system by combining state variables of the Lorenz system with appropriate scaling factors. Modified function projective synchronization between the newly constructed combination hyperchaotic Lorenz system and hyperchaotic Lu system is investigated using adaptive method. By Lyapunov stability theory, the adaptive control law and the parameter update law are derived to make the state of two systems as modified function projective synchronized. Numerical simulations are done to show the validity and effectiveness of the proposed synchronization scheme.
Volume 96, 2022
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