Research Fields

DIVISION

GeoVerse System Administration Division

The GeoVerse System Administration Division (GSA) maintains and evolves the GeoVerseLab infrastructure to enable reliable, autonomous, 24/7 scientific operations, with a long-term vision of self-healing, self-optimizing systems that let research proceed without manual intervention. Its scope spans four core domains - infrastructure automation and orchestration, AIOps and intelligent monitoring, database and knowledge-management systems, and cybersecurity and access control - through which it applies AI and automation directly to system operations. The division's approach is to pursue zero-touch infrastructure management with continuous reliability improvement.

DIVISION

AI & Computing Sciences Division

The AI & Computing Sciences Division (AICS) advances the foundations and frontiers of artificial intelligence and computer science - from learning theory, computer vision, NLP, and generative foundation models to reinforcement learning, quantum computing, AI safety, and robotics - and applies them to accelerate discovery across every scientific division of GeoVerseLab. It pursues world-class fundamental AI/CS research while leading cross-division AI4Science programs and operating the institute's AI/HPC infrastructure. Its ten centers cover the full stack, from algorithmic theory to deployed exploration robots for planetary, deep-sea, subsurface, and aerial geoscience missions.

DIVISION

Basic Sciences Division

The Basic Sciences Division (BSC) provides the theoretical foundation and fundamental science support that underpins all applied research across the lab, with the goal of becoming a recognized center for interdisciplinary basic science bridging theory and application. It spans five core domains - mathematics and numerical methods, physics and wave mechanics, chemistry and geochemistry, earth sciences and geodynamics, and biology and biogeochemistry - developing fundamental theories and mathematical frameworks that other divisions draw on for applied, resource- and hazard-oriented work.

DIVISION

Intelligent Geophysical Exploration Division

The Intelligent Geophysical Exploration Division (IGED) advances AI-powered geophysical exploration technologies for accurate subsurface characterization. Its work spans six interlocking domains - seismic exploration and imaging, potential field methods (gravity and magnetic), electromagnetic methods, earthquake seismology, integrated geophysics and inversion, and well logging and petrophysics - treated as complementary lenses on the subsurface rather than isolated disciplines. The division's core approach is to fuse AI/ML with traditional geophysical methods to achieve breakthrough gains in resolution, accuracy, and interpretation speed.

DIVISION

Resource & Energy Engineering Division

REEE develops sustainable resource and energy engineering solutions by combining subsurface characterization, engineering optimization, and sustainability principles, spanning petroleum and reservoir engineering, rock mechanics and geomechanics, geothermal energy systems, hydrogen storage and production, carbon capture and storage, mining engineering and mineral resources, and nuclear energy and waste management. Its work treats the subsurface both as a resource base to be extracted responsibly and as a storage medium for CO2 and hydrogen, bridging traditional resource extraction with the clean energy transition.

DIVISION

Applied Geoscience Solutions Division

The Applied Geoscience Solutions Division (AGS) applies geophysical and geological technologies to solve real-world societal and industrial challenges, bridging fundamental research and practical application to create tangible impact. Its ten centers span the full arc of applied geoscience - from carbon storage and nuclear waste disposal to oil, gas, and geothermal development, geohazard monitoring, renewable energy infrastructure (notably offshore wind), critical mineral exploration, site characterization, environmental geoscience, and special applications such as archaeology, forensics, and defense.

DIVISION

Economics, Policy & Strategy Division

The Economics, Policy & Strategy Division (EPSF) provides the economic insight, policy analysis, and strategic guidance that shape the lab's research directions and their societal impact. Spanning energy and resource economics, regulatory and policy frameworks, strategic foresight, business development/venturing, and technology forecasting, EPSF combines economic theory, data analytics, and scenario planning to inform decisions for a sustainable energy transition.

DIVISION

Education & Training Development Division

The Education & Training Development Division (ETD) develops innovative education programs that train the next generation of geoscientists and energy engineers. Its work spans four interlocking domains - curriculum development and design, professional training and skill development, assessment and certification systems, and educational technology and innovation - treated as a connected pipeline rather than separate silos, leveraging AI and modern pedagogy to build adaptive, personalized learning experiences.

DIVISION

Innovation & International Collaboration Division

The Innovation & International Collaboration Division (IIC) exists to drive innovation, technology commercialization, and global partnerships that translate GeoVerseLab's research into real-world impact. Its scope spans four connected domains - innovation and R&D transfer, technology transfer and commercialization, international partnerships and cooperation, and startup incubation and entrepreneurship - forming a continuous pathway from laboratory discovery to market adoption.