 We identify that a successful approach gives an arrested phase regime following the Ostwald growth, where in the course of time  one phase transforms into another metastable phase with a similar free energy as observed in oxygen interstitials diffusion in quantum complex matter and in crystallization of proteins.
<fluency>  We identify that a successful approach gives an arrested phase regime following the Ostwald growth, where in the course of time  one phase transforms into another metastable phase with a similar free energy as observed in oxygen interstitials diffusion in quantum complex matter and in crystallization of proteins.
 We identify that a successful approach gives an arrested phase regime following the Ostwald growth, where in the course of time , one phase transforms into another metastable phase with a similar free energy as observed in oxygen interstitials diffusion in quantum complex matter and in crystallization of proteins.