Volume : V, Issue : VI, June - 2016

Poisson Noise in GRB 150203A light curve

S. N. A. Jaaffrey, Khushhal Jain, Meenal Shrimali, Ravi Sharma, Mukesh Shrimali, Seema Pandey, Manish Shrimali

Abstract :

 We present a timing study of Gamma Ray Bursts (GRBs) to propose a presence of Poisson noise generated by the quantum fluctuations in space which encompasses irreducible zero point energy quantum world in the process of detection of incoherent photons. In space there have been zero point energy photon field quanta which make the matter of all systems viant in all types of states of their existence. However its presence in any object does not bother the nature of the matter either particle or a wave but all get perturbed by these Cosmo Quantum Fluctuations (CQFs) to show Poisson errors in almost all measurements. Poisson errors have been detected in the data analysis of the GRBs light curves. We have studied GRB 150203A observed by Swift–Bat satellite on Feuary 03, 2015. This GRB has been investigated invariably with average frequency of 5.68±0.04 Hz associated with almost all Light curves of GRB as spectral fluctuations during, before and after the main burst peak. CQF carries mass of 2.56±0.28 x 10–67 kg at temperature of 8.70±0.96 x 10–29 K in space and the observed frequency of 5.68±0.04 Hz is generated by a set of CQFs of 1.5 x 10+17 in their quantum space.

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Article: Download PDF   DOI : 10.36106/ijsr  

Cite This Article:

S.N.A. Jaaffrey, Khushhal Jain, Meenal Shrimali, Ravi sharma, Mukesh Shrimali, Seema Pandey, Manish Shrimali Poisson Noise in GRB 150203A light curve International Journal of Scientific Research, Vol.5, Issue : 6 JUNE 2016

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