Research Interest:
My research focuses on water. I study on the properties of hydrous minerals, water-mineral interactions and their large-scale implications at the conditions of Earth’s deep interiors. I travel to national laboratories and commonly use synchrotron x-ray diffraction and spectroscopy to characterize the structural, electronic, and geophysical properties of water-bearing minerals. By mimicking the pressure-temperatures environments of deep interiors, my research has contributed to new theories in high-pressure mineralogy, including deep water chemistry, mass convection through superionic hydrous phases, and their geophysical responses.
Research Interest:
My research focuses on water. I study on the properties of hydrous minerals, water-mineral interactions and their large-scale implications at the conditions of Earth’s deep interiors. I travel to national laboratories and commonly use synchrotron x-ray diffraction and spectroscopy to characterize the structural, electronic, and geophysical properties of water-bearing minerals. By mimicking the pressure-temperatures environments of deep interiors, my research has contributed to new theories in high-pressure mineralogy, including deep water chemistry, mass convection through superionic hydrous phases, and their geophysical responses.