Mini-Workshop on Multifractality at Criticality

Multifractality provides a fundamental framework for describing complex scale-invariant phenomena in systems at criticality. Since its emergence in the study of turbulence and disordered systems in the 1980s, multifractality has become a unifying concept across diverse fields of physics, from localization and quantum phase transitions to classical critical phenomena, transport in complex media, and far-from-equilibrium systems.

This mini-workshop brings together leading experts to advance our understanding of multifractality at criticality, with a focus on theoretical foundations, numerical approaches, and experimental realizations.
A central motivation is to identify universal features and signatures of criticality encoded in multifractal spectra and to address current challenges in interpreting and predicting these signatures in complex quantum and classical systems.