Dr. Alice-Agnes Gabriel

@inseismoland.bsky.social

Associate Professor Scripps Institution of Oceanography UCSD, affiliated researcher LMU Munich, EGU Seismology Division President, earthquake source philosopher, high-performance computing enthusiast, mommy

On our way to Munich to celebrate 20 years of SeisSol and 10 years of ExaHyPE in a joint user workshop, training and hackathon supported by National Science Foundation (NSF) Quakeworx, Geo-INQUIRE and ChEESE CoE ! Registration is still open :)

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This one may be among my favorite certificates received: “Best Late Night Presentation Award”! Last week I gave an invited keynote at ESCO 2026, the 10th European Seminar on Computing, hosted by the University of West Bohemia, Pilsen. Since I joined remotely from the US West Coast, ..

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Fifteen years after the 2011 Tohoku-Oki earthquake and tsunami in Japan, we continue to learn from these devastating events. A new paper led by @Scripps Institution of Oceanography student Jeremy Wing Ching Wong, co-advised by Wenyuan Fan and me, is published today in Nature Communications. [1/4]

Deadline approaching (March 16)! Register for the Statewide California Earthquake Center (SCEC) Tandem Training Workshop “Modeling the Earthquake Cycle from Faults to Supercomputers” in sunny La Jolla. This 2.5-day workshop brings together researchers & students working on earthquake cycle modeling

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New paper in press at GJI led by postdoc Yohai Magen (with Dave May and I): “Reduced-order modelling of Cascadia’s slow slip cycles” (doi.org/10.1093/gji/...). Reduced-order models (ROMs) are fast surrogates of costly simulations. They compress the evolving, high-dimensional state of a ...

Reduced-order modelling of Cascadia’s slow slip cycles

Summary. Slowslip events (SSEs) modulate the earthquake cycle in subduction zones, yet understanding their physics remains challenging due to sparse observ

doi.org

Instantaneous time mirrors (ITMs), creating a "time interface" by abruptly changing material properties, have fascinated physicists for decades. Experiments demonstrating time mirrors for optical and electromagnetic waves exist. But can we also “reflect” a 3D seismic wavefield in time?

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A new preprint, led by Bar Oryan, introduces the Coupling Cloud: a community database that curates, standardizes, documents, and disseminates published kinematic coupling models inverted from geodetic data. As of today it brings together 96 coupling datasets drawn from 55 publications spanning

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Big, big congratulations to Dr. Aniko Wirp! Aniko defended her thesis "Modeling of Large Megathrust Earthquakes and Tsunami Generation using High-performance Computing“, including chapters on 3D linked subduction - dynamic rupture - tsunami - inundation modeling, large earthquake scenarios for the

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