Emergent Collective Dynamics in Fault Systems - Bridging Crustal Mechanics and Statistical Seismology

Explore the collective physics governing major earthquakes bridging fault mechanics and statistical seismology. This book presents a framework where large events arise not from isolated ruptures but from system-wide preparatory phases within fault networks. The work identifies detectable processes - such as increasing stress sensitivity and peculiar clustering patterns - and reinterprets fundamental seismic laws through the lens of optimization theory. Offering a cohesive perspective that integrates seismotectonics, rock physics, and complex systems, this book provides researchers and graduate students with tangible, physics-based concepts to advance the foundational models for seismic hazard.