• PhD in Geophysics
  • Laboratory wave research

• MSc in Geophysics
  • Theoretical rock research

• BSc in Geophysics and Geology
  • Seismicity statistical data research

My research focuses on developing frontier geophysical methods (e.g., acoustics) to explore earthquake mechanisms in an analogue laboratory

Additionally, I am developing an acoustics toolbox for laboratory rock deformation experiments.

I have conducted extensive research in various fields of geophysics and acoustics, with a primary focus on laboratory wave propagation and experimentation. Past key contributions include:

• Elastic Immersive Wave Experimentation

This work addresses boundary-reflection challenges in 3D elastic wave propagation experiments within limited space. I Develop a method to eliminate boundary reflection imprints from data in size-limited experimental setups. This work introduces an internal numerical absorbing boundary for wave simulations in elastic solid media.

• Elastic Immersive Wavefield Modelling

I implement immersive boundary conditions for enhanced wave scattering modelling in elastic wave propagation.

• Nonlinear Elasticity in Resonance Experiments

This work introduces a thermodynamic model to explain nonlinearities observed in laboratory resonance tests of rocks and concrete.

• Induced Seismicity at a Geothermal Site

I analyze seismic data from a geothermal energy site to enhance the understanding of hydraulic diffusivity and seismic-aseismic interaction, resulting in a unified interpretation of experimental results in a 'hot dry rock' experiment in the UK for geothermal energy production.