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Strong electron relationship marvels are universal, for example, eccentric superconductivity and the metal-protector changes. Having a legitimate comprehension of Powerfully connected electron systems requires a non-perturbative examination since Fermi fluid hypothesis unavoidably separates because of the strong relationship. In this study, we will examine two non-perturbative ways to deal with handle Powerfully associated electronic framework: 1.) multi-dimensional bosonization and 2.) The AdS/CFT correspondence. Multidimensional bosonization is the speculation of bosonization to spatial measurements bigger than one. The bosonized hypothesis is a successful field hypothesis as far as the bosonic molecule opening vacillations in various patches of the Fermi surface. The bosonized hypothesis is quadratic and consequently can be illuminated non-perturbatively. The AdS/CFT correspondence is a guess that d−dimensional field hypothesis is double to a d + 1 dimensional quantum gravitational hypothesis. Issues in Powerfully coupled field hypothesis at that point have an equal portrayal utilizing feebly associating gravitational hypothesis, permitting a non-perturbative examination.