have extensive practical experience with various types of electrical measurements on both low-temperature (LTS) and high-temperature superconductors (HTS) across a wide range of temperatures and external magnetic fields. My work focuses on the characterization of superconducting performance, including critical current, critical temperature, and thermal behavior, with particular emphasis on electrothermal stability through systematic experimentation and analysis.

 My mission is to actively contribute to the advancement of fusion energy through experimental research and qualification of superconducting conductors, focusing on the testing and selection of superconducting technologies suitable for practical application in fusion devices. This work emphasizes electrothermal stability, reliability, and long-term operation under realistic working conditions. 

 I currently serve as the lead physicist responsible for measurements at the SULTAN facility, including data analysis, interpretation, and evaluation of the measured results.