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  2. Allison M. Pease
Member Since 2016
Allison M. Pease
Post Doctoral Scholar, Arizona State University
Allison Pease is a post doctoral research scholar at Arizona State University studying the physical and chemical properties of materials within planetary interiors. She uses high-pressure, high-temperature experiments in diamond anvil cells and large-volume presses, combined with synchrotron techniques, to investigate mineral stability and material behavior under extreme conditions.
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Education
Michigan State University
Doctorate
2025
University of Michigan Ann Arbor
Masters
2020
Augustana College
Bachelors
2018
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Allison's AGU Research
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Dynamic Compression of Iron-Sulfur Alloys at the Earth’s Core Conditions
EARTH AND PLANETARY CORES: INTERDISCIPLINARY INSIGHTS ON STRUCTURE, DYNAMICS, AND EVOLUTION II POSTER
study of earth's deep interior | 17 december 2025
EoSAlign: An Open-Source Software for Calculating and Comparing Pressure Under Extreme Conditions
SYNERGIZING ACROSS SCALES AND METHODS: COLLABORATIVE ADVANCES IN HIGH-PRESSURE EARTH AND PLANETARY SCIENCE I GEOBURST
mineral and rock physics | 15 december 2025
Liquid Structure of Iron and Iron–Nitrogen–Carbon Alloys Within the Cores of Small Terrestrial Bodies
JOURNAL OF GEOPHYSICAL RESEARCH: PLANETS
31 december 2024
Raman Scattering of Rhenium Under Extreme Pressures for Secondary Pressure Calibration
ADVANCED EXPERIMENTAL, COMPUTATIONAL, AND ANALYTICAL APPROACHES IN EXPLORING DEEP PLANETARY INTERIORS II POSTER
mineral and rock physics | 11 december 2024
Generating anisotropy in planetary cores through the deformation of iron nitrides and iron carbides
PROPERTIES, DYNAMICS, AND EVOLUTION OF TERRESTRIAL PLANETARY CORES: INTERDISCIPLINARY PERSPECTIVES II POSTER
study of earth's deep interior | 09 december 2024
Structure of Liquid Iron and Iron-Nitrogen Alloys up to 7 GPa and 2100 K
IRON, IRON ALLOYS, AND IRON-BEARING PHASES IN PLANETARY INTERIORS II POSTER
mineral and rock physics | 14 december 2023
Thermal Equation of State of Transition-Metal-Bearing Davemaoite and Implications for Large Low Shear Velocity Provinces (LLSVPs).
THERMODYNAMIC PROPERTIES OF PLANETARY MATERIALS I POSTER
mineral and rock physics | 11 december 2023
Deformation of Fe-Nitrides Under Uniaxial Compression
EARTH AND PLANETARY MATERIALS: PROPERTIES, INTERACTIONS, AND CONSEQUENCES FOR PLANETARY DYNAMICS III POSTER
mineral and rock physics | 14 december 2021
Honors & Awards
Study of the Earth's Deep Interior Section Award for Graduate Research
Received December 2025
Student Travel Grant
Received December 2017
Student Travel Grant
Received December 2016