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The Vortex Glass phase has been unequivocally identified by analyzing the nonlinear magnetic response of type II superconductors. The method hereintroduced, more effective than the study of direct transport measurements, isbased on a combined frequency dependence analysis of the real and imaginarypart of the 1st and 3rd harmonics of the AC magnetic susceptibility. Theanalysis has been performed by taking into account both the components and theCole-Cole plots (i.e. the imaginary part as a function of the real part).Numerical simulations have been used to individuate the fingerprints of themagnetic behaviour in the Vortex Glass phase. These characteristics allowed todistinguish the Vortex Glass phase from the other disordered phases, even thoseshowing similar electrical properties. Finally, this method has beensuccessfully applied to detect the Vortex Glass Phase in an YBCO bulkmelt-textured sample.

A new method to detect the vortex glass phase and its evidence in YBCO