Earthquake swarms & fluids
Resolving how fluids, magma and inherited structures control earthquake-swarm initiation, migration and rupture.
I study how tectonic structures, crustal fluids and magmatic processes interact to generate earthquakes, swarms and transient deformation.

In a new interview, I reflect on how the 1999 İzmit earthquake shaped my path into seismology, my research career between Türkiye and Germany, and my current work on earthquake swarms, crustal fluids and international collaboration.
Published in Turkish and German by deutschland.de.
My work combines earthquake source physics, observational seismology, dense seismic networks and data-driven analysis. Starting with small earthquakes and high-resolution observations, I investigate fault-zone behaviour, crustal structure and geohazards at larger scales.
My research spans Türkiye, Central Europe, Iceland, Italy, Ethiopia, Iran and India. At the GFZ Helmholtz Centre for Geosciences, I lead independently funded research and coordinate international, cross-border seismic experiments.
Resolving how fluids, magma and inherited structures control earthquake-swarm initiation, migration and rupture.
Designing Large-N experiments and turning continuous waveforms into quality-controlled, high-resolution catalogs.
Combining machine learning, waveform similarity and source inversion to reveal activity missed by conventional catalogs.
I organize and chair scientific sessions, contribute invited talks, join international workshops and participate in field campaigns across active tectonic and volcanic regions.
My research has reached wider audiences through international news, public-facing science communication, public seminars and expert commentary.
Explore engagement & outreach →Principal Investigator based in Potsdam, Germany, with sustained collaborations across European and international research networks.