Rice Astromaterials Research and Exploration
About our Lab
The Rice Astromaterials Research and Exploration Laboratory (RARE Lab) is dedicated to understanding the origin and evolution of the Solar System through geo- and cosmochemical investigation of planetary materials. By integrating state-of-the-art analytical techniques with chemical, isotopic, and petrological approaches, we study astromaterials, including meteorites, lunar samples, and other mission-returned samples, to uncover the physical and chemical processes that shaped planets and small bodies.
RARE Lab is a dynamic and collaborative research group, bringing together multidisciplinary expertise in geochronology, analytical chemistry, astrophysics, petrology, meteoritics, lunar science, geology, and data analysis. Our work bridges laboratory measurements, theoretical frameworks, and data-driven approaches to address fundamental questions about planetary formation, differentiation, and evolution.
Looking up, I see the immensity of the cosmos;
bowing my head, I look at the multitude of the world.
The gaze flies, the heart expands, the joy of the senses reaches its peak—this is true happiness.
— Orchid Pavilion Preface (《兰亭集序》), Wang Xizhi (王羲之) (303–361 AD)
Inspired by this perspective, RARE Lab seeks to connect the vastness of the cosmos with the tangible records preserved in planetary materials, using chemistry as a lens to explore our home - the Solar System.
Lab Opportunities
The RARE Lab welcomes inquiries from motivated and independent researchers interested in postdoctoral positions. The lab can host postdoctoral scholars for appointments of up to three years in planetary science and analytical geo-/cosmochemistry.
Our group offers a strong analytical environment while placing a high value on scientific independence. Postdoctoral researchers are encouraged to define and lead their own projects, including the development of new laboratory techniques or the application of established methods to novel scientific questions.
Current research interests include, but are not limited to:
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Mass Spectrometry: Development, optimization, and application of advanced analytical techniques.
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Meteoritics and Cosmochemistry: Studies of solar system formation and planetary evolution.
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Geochemistry and Geochronology: Isotopic investigations, with an emphasis on radiogenic systems.
Researchers whose interests align with these areas are encouraged to contact Bidong Zhang (bidong@rice.edu) to discuss potential research directions and the capabilities of the lab.