2026 – 2028

Development of a Joint Inversion Method for Complete Bouguer Anomaly and Real Vertical Gravity Gradient Data for Subsurface Structural Modeling

This study aims to develop a joint inversion method integrating Complete Bouguer Anomaly (CBA) and real Vertical Gravity Gradient (VGG) data for improved subsurface density modeling. The proposed approach is expected to enhance spatial resolution, reduce model uncertainty, and improve the delineation of shallow geological structures compared with conventional CBA-based inversion.

Ongoing Researcher Institut Teknologi Bandung, BRIN
2025 – 2027

Identification of Subsurface Structures for Geological Disaster Mitigation in Sukabumi City Using the Gravity Method

This study aims to identify and model subsurface geological structures in Sukabumi, West Java, using the gravity method. Gravity data will be analyzed to map density variations and identify potential faults, weak zones, and other geological structures associated with geological hazards. The results are expected to support geological disaster mitigation, spatial planning, and sustainable urban development in Sukabumi.

Ongoing Principal Investigator Institut Teknologi Bandung