Understanding the partitioning of seismic and aseismic fault slip is central to seismotectonics
as it ultimately determines the seismic potential of faults. Thanks to advances in tectonic …

The present status of research and understanding regarding the dynamics and the statistical
properties of earthquakes is reviewed, mainly from a statistical physical viewpoint. Emphasis …

The assimilation of geological, geophysical, and laboratory data in physics-based models of
fault dynamics promises increasingly realistic simulations of the seismic cycle. To assist this …

Ultimately, seismotectonic studies seek to provide ways of assessing the timing, magnitude
and spatial extent of future earthquakes. Ample observations document the spatial variability …

Advances in observational, laboratory, and modeling techniques open the way to the
development of physical models of the seismic cycle with potentially predictive power. To …

Fault processes involve complex patterns of seismic events and aseismic slip. This work
develops a three‐dimensional (3‐D) methodology for simulating long‐term history of …

Dynamic modeling of sequences of earthquakes and aseismic slip (SEAS) provides a self‐
consistent, physics‐based framework to connect, interpret, and predict diverse geophysical …

Numerical simulations of sequences of earthquakes and aseismic slip (SEAS) have made
great progress over past decades to address important questions in earthquake physics …

To understand and model subduction zone seismogenesis, data are needed on the frictional
properties of (meta) pelitic subduction zone materials under in situ megathrust conditions …

Physics‐based numerical simulations of earthquakes and slow slip, coupled with field
observations and laboratory experiments, can, in principle, be used to determine fault …