Volume : IX, Issue : IV, April - 2020

A STUDY OF THE NEUTRINO MASS BY THE HEISENBERG UNCERTAINTY PRINCIPLE

Mariam Elsir Awad Mohammed Ali, Dr. Bashir Alhajj Ahmed Khidr

Abstract :

The Heisenberg Principle of Uncertainty, which set limits for what we can know about the atomic sub–world. Looking at the distance atoms, we enter the quantum reality world at this level. There is no substance of what we think of as very small particles. A different possibility for reality only when the wave is observed, the wave collapses into the outcome of one perspective, and ends up seeing it as a physical part, then we see the material world as we see it is not the true nature of reality, but rather possibilities. An interaction between the observer and the "physical" thing causes uncontrolled changes in the observed system, causes the discontinuous changes characteristic of atomic and subatomic processes, and the result is that in each experiment takes place to assign some numerical quantities the conversion of the other‘s knowledge into an illusion. This research reviews neutrinoØŒ and the role that these particles play, and how its mass is central to life and the universeØŒ Evidence indicates that neutrino from non–terrestrial forms of matter do not naturally exist on Earth, It is virtually the most impenetrable particle, penetrating almost everything, and is not affected by any of the forces acting within the dense substance. The principle of uncertainties is also evident in the neutrino mass, This is what we are studying in our research. This is a comparison between the probability of the two outcomes and the accuracy that can be measured

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Article: Download PDF    DOI : 10.36106/ijsr  

Cite This Article:

A STUDY OF THE NEUTRINO MASS BY THE HEISENBERG UNCERTAINTY PRINCIPLE, MARIAM ELSIR AWAD MOHAMMED ALI, Dr. BASHIR ALHAJJ AHMED KHIDR INTERNATIONAL JOURNAL OF SCIENTIFIC RESEARCH : Volume-9 | Issue-4 | April-2020

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