Mainly engaged in pre Cambrian geological research work, leading and participating in more than 10 scientific research projects. Among them, as the project leader, I have presided over various scientific research projects such as the Shenzhen National Science and Technology Major Special Youth Project, the National Natural Science Foundation Youth Project, the Chinese Postdoctoral Program, and the Shaanxi Provincial Natural Science Basic Research Program. I have also participated as a project backbone or member in multiple scientific research projects, including the National Key Basic Research Program (973), the National Natural Science Foundation Major Project, the National Science and Technology Basic Resource Survey Special Project, and the National Natural Science Foundation General Project. In recent years, as the first/corresponding author Gondwana Research、Precambrian   Research、Lithos、Journal of Earth Science、International Geology Review Publish 10 SCI papers in journals< span style="font-family: "times new roman"; font-size: 14px; text-indent: 28px; text-wrap: wrap;">， Received the 2017 Shaanxi Province Outstanding Doctoral Dissertation Award.

  Educational experience:

                Graduated from the Geology Department of Northwest University in 2006 with a Bachelor's degree in Geology (Base Class);

                Graduated in 2015< span style="color: #333333; text-wrap: wrap; font-size: 14px; font-family: "times new roman";"> Obtained a doctoral degree in mineralogy, petrology, and mineral deposits from the Department of Geology at Northwest University, supervised by Professor Sun Yong;

                In 2020, I entered the postdoctoral research station of the Department of Geology at Northwest University, where I collaborated with Professor Zhai Mingguo;

  Research direction:

                (1) Geological research on the southern part of the North China Craton during the Pre Cambrian period; (2) Study on the genesis of Neoproterozoic granite in the Qinling orogenic belt; (3) The influence of magma evolution on shallow systems before and after major oxidation events