📢 Digital Twins in #Seismology? 🌍 Virtual replicas of Earth are emerging as powerful tools for seismic hazard assessment and rapid response. Our latest Comment in @NatRevEarthEnv explores their potential and the challenges ahead. ( . Thread 👇

RT @fabiocapitanio2: This is an example of dedication and perseverance of a terrific crew of students stuck at home during the several loc….

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🚨 Just published in Earth and Planetary Science Letters! In collaboration with Luyuan and @EliasHeimisson, we explored how poroelasticity affects rupture propagation across fault stepovers and its impact on earthquake hazards. Link:

🌍 Thrilled to share our new publication in @Nature! This work is the result of a fantastic collaboration, offering fresh insights into the tectonic history of the India–Eurasia collision. link:

RT @EOS_SG: The third #InVEST_EOS Quarterly Workshop held on Wednesday was filled with insightful and interactive discussions, with the foc….

RT @WhitneyBehr: Our research group (@sgt_ethz) is advertising 2 PhD positions to start Summer or Fall 2025-- pass this along if you know….

RT @ntu_ase: What is Computational #Geophysics ? What does #Geoscience #Computerscience and #mechanicalengineering have to do with each oth….

This work was made possible through the collaborative efforts of an incredible team: @Kejie_Chen, Guoguang Wei, @Geo_GIF, Cunren Liang, and Jean-Philippe Avouac. I'm honored to have worked with such talented colleagues on this project.

Despite varying strike and dip angles, the sub-faults involved in the mainshock were nearly optimally oriented. The second event ruptured a fault misaligned with the regional stress, suggesting the influence of local stress heterogeneity and a possible free surface effect.

This study sheds light on how large earthquakes rupture complex fault systems, revealing the mechanisms behind the supershear ruptures observed during this event.

🌍 Happy to share our latest publication in Nature Communications on the 2023 Turkey earthquake doublet. @NTUsg @EOS_SG .

RT @elisatinti: Please consider submitting an AGU abstract ( #AGU2024) to our session: .S028 - Recent advances in kinematic and dynamic so….

RT @AGU_Eos: A devastating earthquake struck western Morocco last September. New #AGUPubs research by @Kejie_Chen, @lucadalzilio, & colleag….

RT @EOS_SG: #EOSsg conducts research on earthquakes, volcanic eruptions, tsunamis and climate change in and around Southeast Asia, toward s….

🚨 New Research Alert! 🚨 Our latest study on the 2023 Mw 6.8 Morocco earthquake is now published in Geophysical Research Letters @theAGU! 🌍 Congratulations to the team for this collaborative effort. @SUSTechSZ @ETH_en @ETH_ERDW @EOS_SG @NTUsg . 🔗

Yesterday I had the pleasure of returning to @ETH_en to join the @BedrettoLab Science Day at @ETH_ERDW. It was great to see the impressive progress made by the BedrettoLab team, engage in stimulating discussions, and hear about exciting future plans.

RT @sharadhask03: Curious about how land use changes affect secondary earthquake hazards? Our latest review paper examines global instances….

New research led by Yingfeng Zhang & Xinjian Shan of China Earthquake Admin, Sam Wimpenny from U of Bristol & @EOS_SG explores how Bayesian inference of geodetic data unveils strain partitioning & multi-fault earthquake risks in NE Tibet. @EOS_SG @NTUsg .

Explore the insights from @laurianechardot's latest EOS Singapore blog on the Taiwan Mw 7.4 earthquake and discover how @eos_rs's satellite data helped map affected areas, aiding relief efforts. Thanks to Lauriane & all @EOS_SG PIs for their work.

Interesting #PhD opportunity ⬇️.

Excited to share that in the #InVEST_EOS project at @EOS_SG and @NTUsg, we're thoroughly investigating cascading hazards like earthquakes, landslides, and tsunamis using physics-based numerical modeling! 🌍.