Archived News

  • Poster Award at DISC Inaugural Data Science Symposium

    In March 2025, I attended and presented at the "Innovating for Impact: DISC Inaugural Data Science Symposium", hosted by the Data Institute for Societal Challenges (DISC). This symposium focused on cutting-edge artificial intelligence (AI) research. I was honored to receive the 3rd place Poster Award for my research on applying AI techniques to induced seismicity analysis.

  • Paper Published in Earth and Planetary Science Letters

    My paper "Moho depth (crustal thickness) variations under the northeastern midcontinent of North America" was published in Earth and Planetary Science Letters (EPSL). Using enhanced H-κ-c receiver-function analysis, this study reveals significant crustal boundaries correlating with the Illinois Basin and Precambrian tectonic fabrics, challenging previous flat-slab models of the craton.
    DOI: 10.1016/j.epsl.2025.119289

  • John D. Pigott Colloquium Series Presentation

    In January 2025, I was invited to present my research on Midcontinent tectonic processes at the School of Geosciences, University of Oklahoma, as part of their prestigious John D. Pigott Colloquium Series. This event provided an excellent platform to showcase my work and engage with leading experts in the field.

  • Best Poster Award at OU Sustainability Forum

    In January 2025, I participated in the University of Oklahoma Sustainability Forum and won the Best Poster Presentation Award. My poster showcased the application of transfer learning in micro seismic event detection, highlighting innovative methodologies to enhance data analysis and environmental sustainability efforts.

  • AGU Meeting 2024: AL/ML in Induced Seismicity Monitoring

    In December 2024, I presented our research on transfer learning techniques for induced seismicity monitoring at the AGU Annual Meeting. Representing the University of Oklahoma, the presentation highlighted the potential of applying machine learning in seismology to detect and analyze seismic events with greater efficiency. The work was well-received by scientists worldwide, sparking insightful discussions and fostering new collaborations.

  • In April 2024, I joined the University of Oklahoma and the Oklahoma Geological Survey (OGS) as a Research Associate. My research focuses on induced seismicity monitoring and carbon storage safety (CCS), developing real-time detection systems for anthropogenic earthquake mitigation In April 2024, I joined the University of Oklahoma as a Research Associate. My work focuses on induced seismicity monitoring and carbon sequestration, addressing critical challenges in anthropogenic earthquake research and sustainable environmental solutions.

  • Ph.D. Dissertation Submitted

    In December 2023, I submitted my Ph.D. dissertation, which explores seismic activity and crustal morphology in the Midcontinent of North America. The research provides valuable insights into earthquake studies and tectonic processes.