AGU is fighting for science.
Keep up with AGU’s latest news to be the first to know when new releases and updates go live.
Learn More
  1. AGU Members
  2. Bijaya B. Karki
Member Since 1998
Bijaya B. Karki
Professor, Louisiana State University
Member, Mineral and Rock Physics Fellows Committee
View All Research
Professional Experience
Louisiana State University
Professor
2003 - Present
Education
University of Edinburgh
Doctorate
1997
Bijaya's AGU Research
Filters
Clear All
Role of Pressure- and Temperature-Dependent Viscosity and Thermal Diffusivity in Magma Ocean Convection
CONNECTING PLANET INTERIOR MODELING WITH EXPERIMENTS AND FIRST-PRINCIPLES CALCULATIONS I POSTER
study of earth's deep interior | 18 december 2025
Behavior of hydrogen and nitrogen in molten bulk Earth system from neural network potentials simulations
EXPLORING PLANETARY MATERIALS THROUGH COMPUTATIONAL SIMULATIONS AND MACHINE LEARNING II POSTER
mineral and rock physics | 17 december 2025
Scalable Machine Learning Approach for Phase Segmentation in Molecular Dynamics Simulations of Complex Melts
EXPLORING PLANETARY MATERIALS THROUGH COMPUTATIONAL SIMULATIONS AND MACHINE LEARNING II POSTER
mineral and rock physics | 17 december 2025
Iron Dispersion Pattern in the Thermally Convective Magma Ocean: Implications for Iron-Silicate Mixing
VOLATILE EVOLUTION AND BEHAVIOR: FROM PLANETARY HABITABILITY TO MANTLE REDOX III POSTER
volcanology, geochemistry and petrology | 16 december 2025
Deep neural network potentials for molecular dynamics simulations of complex melt systems
EXPLORING PLANETARY MATERIALS THROUGH COMPUTATIONAL SIMULATIONS AND DATA ANALYTICS I POSTER
mineral and rock physics | 10 december 2024
A comparative study of nitrogen speciation in metallic, silicate, and bulk earth melts at high pressure using first principles simulations
EXPLORING PLANETARY MATERIALS THROUGH COMPUTATIONAL SIMULATIONS AND DATA ANALYTICS I POSTER
mineral and rock physics | 10 december 2024
Planetary Scale Lattice Boltzmann Models of Metal-Silicate Interactions in Magma Oceans During Planetary Accretion
OF CORES WE CAN: INTERDISCIPLINARY STUDIES OF EARTH AND PLANETARY CORES II POSTER
study of earth's deep interior | 12 december 2023
Light elements in the planetary cores using the thermoelastic properties of iron alloys
OF CORES WE CAN: INTERDISCIPLINARY STUDIES OF EARTH AND PLANETARY CORES I ORAL
study of earth's deep interior | 12 december 2023
Volunteer Experience
2025 - 2027
Member
Mineral and Rock Physics Fellows Committee
Honors & Awards
Union Fellow
Received December 2022
Citation
For seminal contributions to our understanding of material properties under deep Earth conditions through innovative first-principles approaches
See Details
Close Details
Outstanding Reviewer Award - Geophysical Research Letters
Received December 2015