
Dr. Alice-Agnes Gabriel
@inseismoland
Associate Professor @Scripps_Ocean, Guest Prof @LMU_Muenchen, @EGU_Seismo President, earthquake source philosopher, high performance computing enthusiast, mommy
ID: 48283284
https://www.alicegabriel.com/ 18-06-2009 07:50:00
1,1K Tweet
3,3K Followers
2,2K Following

Our work on modeling 3D dynamic ruptures of induced events is now online. Francesco Mosconi did a very good job with a nice team! Francesco Mosconi emanuele casarotti Dr. Alice-Agnes Gabriel Luca Dal Zilio Antonio Pio Rinaldi agupubs.onlinelibrary.wiley.com/doi/10.1029/20…


Huge congratulations to my long-term friend and colleague Ahmed Elbanna Ahmed Elbanna on becoming the next Director of Statewide California Earthquake Center ! Super excited to be part of the next chapter of SCEC with Ahmed’s leadership, expertise, and deep passion for earthquake science scec.org/?mailpoet_rout…








Yeah, we felt it, too. Today's #earthquake occurred near the Elsinore Fault Zone and reached a magnitude of 5.2, according to scientists with IGPP at SIO. You can view the seismic wavefield animation by Scripps Oceanography PhD candidate John Rekoske.

Seismic wavefield animation by John Rekoske of today's M5.2 #Julian #earthquake showing the velocity of ground motion and capturing seismic waves reverberating in the LA basin. We use rapid earthquake information from USGS Earthquakes - and a supercomputer :)! IGPP at SIO Scripps Institution of Oceanography

🌎 A magnitude 5.2 #earthquake—the largest recorded in decades on the Elsinore Fault zone—shook #SouthernCalifornia yesterday. Scripps Oceanography & IGPP at SIO seismologist Alice Gabriel (Dr. Alice-Agnes Gabriel) answered questions about the quake for FOX 5 San Diego. ⬇️ fox5sandiego.com/news/earthquak…

In Temblor's latest, Scripps Institution of Oceanography scientists discuss last week's M5.2 Julian earthquake. It caused little damage, but reminds residents in earthquake country to be prepared! temblor.net/earthquake-ins…

A digital twin for Cascadia tsunami early warning: We present real-time Bayesian inference of seafloor motion at extreme scale, using 3D coupled acoustic-gravity wave equations & El Capitan's 43,520 AMD #GPUs preprint led by Stefan Henneking & Omar Ghattas arxiv.org/abs/2504.16344

