Implication of TeO2 and SeO2 as well matrices and GeGa-AsAl for quantum dot reservoir in tunneling assists detection of gamma ray and fermions from space

Abstract

Abstract Indirect tunneling device serves implicative technique in sensing technology. Navigation through space telescopes and Detection of gamma radiation leakage in nuclear plant, sensing of Gamma radiation while navigating in space astronomy with an effective tool is the requisite issue for nuclear and space physics. Implication of quantum dot reservoir with selective metals like oxides of Se, Te, and Si, Al as double barrier system in Indirect tunneling device makes it possible by theoretical agreement on base of Klein paradox equation and Dirac equation support Josephson Current effect in evaluating magnetic field due to radiant charged particles like fermions and gamma particles. Rise and fluctuations of voltage vide I-J and IV characteristic due to interactive particles (massive or mass less) under constant potential barrier set up in the indirect tunneling diagnose phonons.