Current Perspective to Physical Science Research Vol. 7

This book covers key areas of physical science. The contributions by the authors include quark deconfinement phase transition, relativistic mean-field theory, relativistic mean-field theory, maxwell scenario, compact muon solenoid, magnetic field map creation, magnetic flux distribution, large hadron collider, computing efficiency, track extrapolation algorithms, dilute magnetic semiconductor, X-ray diffraction analysis, optoelectronic material, dielectric properties, N-vinyl carbazolem, frequency-dependent dielectric breakdown, patanjali yog sutra, truth and untruth, truth and untruth, physical laws, stagger-period sequences, radar transmission, Fourier transform pair, mittag-leffler functions, fractional oscillator, arbitrary order calculation, integerization principle, duffing-helmholtz oscillator equation, nonlinear schrodinger equation, galerkin method, klein-gordon equation. This book contains various materials suitable for students, researchers, and academicians in the field of physical science.