We fill a void in merging empirical and phenomenological characterisation of the dynamical phase transitions in complex systems by identifying three , essentially different, dynamical phase transitions on real-life financial markets driven by 'macrodynamics' of a superstar-like superhub.
<clarity> We fill a void in merging empirical and phenomenological characterisation of the dynamical phase transitions in complex systems by identifying three , essentially different, dynamical phase transitions on real-life financial markets driven by 'macrodynamics' of a superstar-like superhub.
We fill a void in merging empirical and phenomenological characterisation of the dynamical phase transitions in complex systems by identifying three of them on real-life financial markets driven by 'macrodynamics' of a superstar-like superhub.