Explore the dynamics of quantum p-spin glass systems through advanced nonperturbative renormalization group techniques in this 49-minute conference talk. Learn how the Wetterich-Morris formalism can be applied to quantum spin glass models, with particular focus on two approximation schemes designed to handle the non-locality issues that emerge from the replica trick. Examine the behavior of these complex quantum systems in both symmetric and symmetry-broken phases, gaining insights into their fundamental properties and phase transitions. Compare these findings with previous research on 2+p spin glasses that employed alternative coarse-graining approaches, understanding how different methodological choices impact the analysis of these intricate many-body quantum systems.