Welcome to High-Pressure Mineral and Rock Physics Group!

👋，Interested in simulating the processes happening inside the Earth and other terrestrial planets? Please consider joining our group!

We study the physical, chemical and rheological properties of Earth and planetary materials (including solid rocks and minerals, melts and fluids that govern various dynamic processes inside Earth and planets) at high pressure (P), high temperature (T) and/or high stress conditions. We employ advanced high-pressure large volume press (LVP) techniques, coupled with synchrotron X-ray techniques and analytical facilities, from atomic to planetary scales, providing vital information for interpreting geophysical and geochemical observations. 

Current active research projects:

(1) Structure and physical properties of melts and geofluids;

(2) Deep mantle petrology and geochemistry;

(3) Physical mechanisms of deep earthquakes and planetary quakes;

(4) Deep volatile cycles in planetary interiors;

(5) Noval material synthesis and technical developments for high P-T LVP experiments

欢迎来到高压矿物与岩石物理课题组！

👋，有兴趣模拟地球及其他类地行星内部发生的过程吗？欢迎考虑加入我们研究团队！

我们研究地球及行星材料的物理、化学和流变学性质（包括固体岩石与矿物、熔体及流体等这些控制着地球及行星内部各种动力学过程的物质），研究条件涵盖高压（P）、高温（T）和/或高应力环境。我们采用先进的大腔体压机（LVP）技术，并结合同步辐射X射线技术和多种分析手段，从原子尺度到行星尺度开展研究，为解释地球物理和地球化学观测提供关键数据。

当前主要研究方向：

（1）熔体与地质流体的结构与物理性质；

（2）深部地幔岩石学与地球化学；

（3）深源地震与行星震的物理机制；

（4）行星内部深部挥发分循环；

（5）新型材料合成及高温高压大压机实验技术的发展与创新。