Paper! I am thrilled to share our new GJI paper titled "Time-domain Green’s function in poroelastic mediums and its application to 3-D spontaneous rupture simulation"!!! (1/n) academic.oup.com/gji/article-ab…

Kyungjae Im , Jean-Philippe Avouac, Cascading Foreshocks, Aftershocks, and Earthquake Swarms in a Discrete Fault Network, Geophysical Journal International, 2023;, ggad278, doi.org/10.1093/gji/gg…

スロー地震のモーメントと継続時間のスケーリングを再解釈する論文で、広範囲の研究に影響を与えるように思う Ide & Beroza 2023, Slow earthquake scaling reconsidered as a boundary between distinct modes of rupture propagation | PNAS pnas.org/doi/10.1073/pn…

Our new preprint on Earth & Space Science Open Archive Seasonal modulation of crustal seismicity in northeastern Japan driven by snow load. doi.org/10.22541/essoa…

Arrived at San Francisco for the AGU23! I will present my work on periodic modulations (e.g., tidal, hydrological) of seismicity. Looking forward for the comments and advises from everyone. See you on Wednesday afternoon 14:10~15:40 :) ativsoftware.com/appinfo.php?pa… #AGU23

Great honor to participate in this work! We made full use of various kinds of data to reveal the rupture processes and triggering relationship of the 2023 Türkiye earthquake doublet. This is probably the most detailed kinematic rupture model so far! science.org/doi/10.1126/sc…

Softwares and databases related to statistical analysis of seismicity star-e.ism.ac.jp/en/information…

To understand whether tides influence earthquakes, we looked at nine top studies in the field of tidal seismology. What we found was very little replication of results, and a surprising number of contradictions. Read our blog post to learn more!

What role do long-term slow slip events play in the slip budget and megathrust rupture dynamics of subduction zones? We link slip over decades to seconds in a physics-based model. Dr. Alice-Agnes Gabriel More details here :eos.org/editor-highlig… AGU's Eos, AGU Advances #AGUpubs

Neat work led by Brown DEEPS student Jaeseok Lee looking at the relation between fault creep and the geometric complexity of fault networks. Published in nature today: nature.com/articles/s4158…

My new preprint is now available! I have estimated the spatial distribution of frictional parameters in slow slip regions with Physics-Informed Neural Network. doi.org/10.22541/essoa…

Really a wonderful experience for me! Great to have this opportunity to meet friends and to see the frontiers of slow earthquakes!

矢野誠也さん（東京大学）、井出哲さん（領域代表、B03班研究分担者）らの論文がGeophysical Research Lettersに掲載されました。 agupubs.onlinelibrary.wiley.com/doi/10.1029/20…

Our new paper was published in JGR Solid Earth. A new model for slow slip events by fault zone fluid transport! dx.doi.org/10.1029/2024JB…

Did you miss the 2024 Cargese workshop on earthquakes? No problem, the video recordings are now available at youtube.com/playlist?list=… and the program and slides at earthquakes4.sciencesconf.org Big thanks to all our speakers for making their materials available to all!

Glad to share Xiaotian Ding 's work: observable back-propagating ruptures can be excited by a variety of perturbation mechanisms, and observations confirm their wide existence. Rewinding the Fault: Stress Perturbations Promote Back-Propagating Ruptures eos.org/editor-highlig…

Great for me to take part in this work! More robust observations in other regions are needed to demonstrate this new slip mode (high stress drop but no seimic signal). Welcome for any further discussion!

Our new paper is published! Our systematic comparison of large and small earthquakes in Northern California over the past 24 years shows that simple (mature) faults are more likely to experience cascading rupture than complex (immature) faults. nature.com/articles/s4324…

A chapter from my Caltech PhD thesis has been published in nature. We (me, @StacyLarocheIIe, V. Rubino, N. Lapusta, A. Rosakis) show that interfaces under non-zero shear stress are always sliding, even if they appear to be stationary to the naked eye. nature.com/articles/s4158…