Amal Pushp

• Fellow of Royal Astro. Soc. (FRAS) London, UK
• Independent Researcher, Patna, India

This is a follow-up paper for a 2018 paper. In this paper, we have tried to draw some important remarks which were consequential of the said paper, which was overlooked at first by one of the authors, dealing with the effect of the absorption of the photon energy by the black holes and its causal effect on the residual cosmic microwave background r...

With developments in atomic, molecular and optical physics there has been a revolution in our understanding of various types of materials and their properties. Discovery of various spectroscopic phenomena and methods, has led to profound applications which enables to create better and highly efficient technologies which would enhance our lives fore...

With new discoveries and insights in atomic and optical physics, the field of spectroscopy is advancing to a new level with applications ranging from material science to astronomy. We here propose a theoretical description of a potential new phenomenon resulting from the extension of Compton's experiment on the scattering of high energy photons thr...

Quantum fluctuations in the Cosmic microwave background radiation reveal tiny fluctuations in the average temperature of the universe. This corresponds to differences in photon energies of Cmb in different regions of the universe. So initially, assuming two black holes with exactly the same macroscopic properties, located in two different regions o...