Author:Soumendra Nath Thakur

Keyphrases

abstract nature, abstract time, acceleration, Albert Einstein, Alexander Friedmann, alternative energy conversion, ANEC, angle of incidence, Angle of reflection, Apparent mass, Astronomical observations, Astrophysical Discoveries, astrophysics, Atomic and Molecular Structures, atomic clock, Atomic hydrogen, caesium-133, Calabi-Yau Manifolds, Classical energy equations, classical mechanics³, clock, Clock mechanisms, Clock standardization, conceptual framework, conceptualization of TIME, conjectural equation, Correctional mechanisms, Cosmic expansion, cosmological constant, cosmological theories, Cosmology, counter-example, Cross Disciplinary Review, CTC, D(p)-Branes, dark energy³, dark matter², De Broglie wavelength, dimensional analysis², Dimensions, distortion of wavelength, Doppler formula, Doppler Redshift, duality, Edwin Hubble, effective mass⁵, Einstein's Equations, electromagnetic radiation, Electron behavior, Energy, Energy absorption, energy conservation², energy conversion, Energy dependent orbits, energy dynamics, Energy Equivalence, energy expenditure, energy frequency equivalence, Energy-Mass Equivalence, energy transformation, Entropy², equations, Equivalence Principle, Erroneous Concept, Ethical Considerations in Science, Euclidean space, event, Evolution of Universe Models, existence, experimental result, Extended Classical Mechanics, external forces, external gravitational fields², force-mass relationship, frequency, Frequency Distortion, Frequency Shifts, fundamental constants², Fundamental Physics², General Relativity, Georges Lemaître, Glome, GPS, Gravitating Mass, gravitational constant, Gravitational Dynamics, gravitational effects, gravitational field, gravitational interactions, Gravitational Mass, gravitational potential², gravitational redshift, Gravitational Theory, Gravitational well, High-Velocity Physics, higher dimensions, Historical Context in Cosmology, Hooke's law, Hyperdimensional Time, Hypersurface, imaginary time, Imperceptibility, Infinitesimal time delay, kinetic energy, Klein bottle, Length Deformation², Lorentz Factor², Lorentz transformation, Lorentz transformations, M-theory, Mass-Energy Equivalence², Mass-Energy Interplay, mathematical abstraction, mathematical concepts, Matter Mass, Minkowski spacetime, mobius strip, momentum exchange, multiverse, Natural time, Negative Mass, Newton’s Law of Universal Gravitation, Nuclear Energy, nuclear reactions, Nucleus size, numbers, Object motion, oscillation, oscillator, phase shift², Photoelectric absorption, Photon interactions, Photon-mirror interaction, Photon Momentum Changes, Photons, piezoelectric crystal, piezoelectric crystal oscillators, Planck constant, Planck Equation, Planck scale, Plancks constant, Powers of Dimensions, Propagation of light, Proper time, pure mathematics, quantum clocks, quantum gravity², quantum mechanics², quantum systems, Redshift and Blueshift Phenomena, reflectivity, relativistic, relativistic dynamics, relativistic effects⁴, Relativistic Energy², Relativistic Mass³, Relativistic Mechanics², relativistic speed, Relativity³, relativity theory, Satellite, Scientific Integrity, scientific methodology, Scientific Paradigm Shifts, Scientific Revolution in Cosmology, Second Law of Thermodynamics, space, spacetime distortion, special relativity³, Supernova Observations, Symmetry in Momentum, theoretical analysis, time², time delay, time dilation⁵, Time dilation equations, time dimension, time distortions, time enlargement, Time increment, time interval, time measurement, time measurement errors, torus, Uniform Time Scale, Universal standard time, Wave behaviour, wave dynamics, wavelength dilation, wavelength distortions, wavelength enlargement, work-energy theorem.