Primary Convener:
Yanyao Zhang, Stanford University

Convener:
Caroline Dorn, ETH Zürich
Xuehui Wei, Arizona State University
William Palfey, California Institute of Technology

Early Career Convener:
Xuehui Wei, Arizona State University

Chair:
Yanyao Zhang, The University of Texas at Austin
Xuehui Wei, Arizona State University
William Palfey, California Institute of Technology

We welcome abstracts that explore the interior structure and dynamics of planets within the solar system and among exoplanets. A key focus is determining the physical and chemical properties of planetary materials under extreme conditions, including equation of state, elasticity, transport properties, phase transformations, phase diagram, melting behavior, chemical reactions, etc. Approaches include static and dynamic compression experiments combined with laboratory spectroscopies, synchrotron sources, or X-ray free-electron lasers. Computational studies using first-principles methods, molecular dynamics, and machine learning are also very welcome. We invite interior and geodynamic modeling efforts such as mass-radius models, magma ocean crystallization, oxygen fugacity, gas speciation, etc. Interdisciplinary studies combining multiple approaches are especially encouraged.

Index Terms
3919 Equations of state
3954 X-ray, neutron, and electron spectroscopy and diffraction
3672 Planetary mineralogy and petrology
5460 Physical properties of materials

Cross-Listed:
P - Planetary Sciences
MR - Mineral and Rock Physics

Neighborhoods:
2. Earth Interior