Research
Research interests and activities.
My research focuses on the application and development of geophysical methods for investigating subsurface structures and understanding geological processes. My work combines geophysical theory, numerical computation, field observations, and data analysis.
Computational Geophysics
Development and application of computational approaches for geophysical modeling, numerical analysis, and efficient processing of large-scale geophysical data.
Gravity & Potential-Field Methods
Research involving gravity and potential-field methods, including gravity forward modeling, Bouguer anomaly analysis, regional-residual separation, derivative analysis, and interpretation of subsurface density variations.
Subsurface Modeling
Development of subsurface models to investigate geological structures and physical-property variations using geophysical observations and numerical modeling.
Geophysical Data Processing
Processing and quantitative analysis of geophysical data, with emphasis on improving data quality, extracting meaningful anomalies, and supporting geological interpretation.
Software & Computational Development
Development of computational tools and software for geophysical analysis, modeling, visualization, and research workflows.
Research Applications
Application of geophysical methods to geological and engineering problems, including structural interpretation, subsurface characterization, and investigation of geological processes.