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My Profile

Education Background

  • 2015/09 - 2019/07: Inner Mongolia University of Science & Technology,School of Materials and Metallurgy, Major in Metallurgical Engineering (Rare Earth)
  • 2019/10 - present: Japan Advanced Institute of Science and Technology,School of Materials Science,Major in Material Science & Spectroscopy

Research experience

Honors & Awards

  • 2016 – 2017: Intelligent Control System Based on Semiconductor Thermoelectric Materials , IMUST Scientific & Technological Innovation Program
  • 2017 – 2018: Intelligent Control System Based on Semiconductor Thermoelectric Materials, Inner Mongolia No.10 Challenge Cup, third prize
  • 2017 – present: Applied 2 patents:ZL2017103039539、2017103039558


  • 2016 – 2018: Semiconductor thermoelectric material, Intelligent control system
  • 2018 – 2019/07: Rare-earth luminescent materials, Fluorescence, Nano-Materials, Molecular docking

Society activities

  • 2016: Summer School at Peking University, ACM/ICPC training camp

  • 2018: The 7th National Meeting on the Luminescence Properties of Doped Nanomaterials

  • 2019: Summer School at University of Chinese Academy of Sciences,Raman spectra

  • 2022:

  • Poster presentation "Ion monitoring and effect study of rare earth elements using SERS analysis", The 69th JSAP Spring Meeting 2022
  • Oral presentation "SERS and DFT investigation of rare earth ions-citrate complexes on silver colloids",The 13th Asia-Pacific Conference on Near-Field Optics (APNFO13)


  • Language : Chinese, English, Basic Japanese
  • Computer Science : Network Operation and Maintenanc,Machine Learning,Molecular Docking,Density Functional Theory,Molecular Dynamics
  • Material Science: Material Characterization,Spectroscopy,Nanoparticle Synthesis,Rare Earth Metallurgy
  • Others : Field Survival

Current Research

  • Single-particle/molecule SERS: Using single-molecule/particle SERS method to study the evolution of molecules and the charge interaction between molecules and their environment, thus revealing important information about the reaction pathways, distribution states, adsorption patterns, charge exchange, etc. In our lab we built one SP-SERS system.

  • Quantum chemistry calculation: Study of vibrational spectra of molecules, SERS spectra and charge transfer mechanisms during SERS process via quantum chemical calculations (mainly DFT, molecular modeling, etc.)

  • SERS mechanism of Rare-earth complex: Rare earth (RE) elements have unique 4f electron configurations that expresses interesting physical properties. One of my research topics is to study the enhancement mechanism of rare earth complexes in the SERS/SERRS process.