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I am a Postdoc in the EarthByte Group at the University of Sydney, School of Geosciences. I am interested in the inversion of thermochemical properties of the lithosphere subject to available geophysical data and their uncertainties. Inversions that couple multiple datasets ultimately improve the precision and understanding of the thermochemical evolution of the Earth. My expertise lies in Bayesian statistics applied to spatial and spatio-temporal data analysis, and in integrating numerical solid Earth evolution models with observations to constrain crustal evolution. Check out benmather.info for a list of recent publications and conference proceedings.

Education

🎓 PhD in Earth Sciences @ University of Melbourne
🎓 BSc (Hons) in Geoscience @ Monash University

Interests

  • Data assimilation within physical Earth models
  • Bayesian inversion
  • Thermochemical evolution of the Earth
  • Heat flow and groundwater modelling

I am passionate about open source software 🙌 Check out my repositories below where source code is available with examples of how to reproduce peer-reviewed benchmarks and published results. You will also find code snippets that I have found useful - and maybe you will too! 👍

Ben Mather's Projects

conduction icon conduction

Python package for solving implicit heat conduction

gitdemo icon gitdemo

Demo repository for git/github workshop

melt icon melt

Implements Katz et al. 2003 parameterisation of wet melting

palaeoclimate_bullard_plot icon palaeoclimate_bullard_plot

Create Bullard Plots from borehole temperature and thermal conductivity data that assimilate surface temperature history

pycurious icon pycurious

Python package for computing the Curie depth from the magnetic anomaly

seaflooranomalies icon seaflooranomalies

Spatio-temporal exploration of seafloor anomalies and porphyry copper formation.

slab-dip icon slab-dip

Method to calculate slab dip using simple plate kinematic parameters

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