CORDIS Project
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This project focuses on studying water isotopes in hydrated minerals to understand their formation and interaction with fluids. It aims to utilize advanced laser techniques to analyze hydration states and isotopic compositions, with implications for Earth and planetary sciences.
Water is fundamental to life as we know it, and the current strategy for the search of life on Mars is to “follow the water”.
Much of the water on Mars exists today in the form of hydrated minerals that incorporate molecular water or hydroxyl into their crystalline structure.
Hydrated minerals provide a tool for studying the past history of the hydrosphere on Mars as well as Earth.
Oxygen and hydrogen isotopes of hydration water in minerals record information about the conditions under which the…
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