
Exploring the new frontier of perovskite materials science — from atomic-scale defects to next-generation THz medical devices with atomic-level analysis using synchrotron radiation.
Three core research pillars, bridged by advanced characterisation techniques at the surface and interface level.
Investigating how chemical and structural defects in OHP thin films and single crystals influence phonon dispersion and electronic band structure via synchrotron-based soft X-ray techniques (ARPES, NEXAFS, SPEM).
See publications →Harnessing OHP materials for terahertz (THz-TDS) sensing, modulation, and imaging — targeting next-generation non-invasive medical diagnostics in collaboration with Yonsei Medical School.
See publications →State-of-the-art vacuum-based thin film growth of OHP layers with comprehensive surface and interface characterisation — XRD, SEM, XPS, and THz-TDS — to bridge fundamental physics and device application.
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* Publication details are placeholders — see ResearchGate for full and accurate list.
We cultivate global-standard attitudes and frontier thinking — all research is conducted in English to build an open, international scientific culture.
We are actively recruiting motivated students and researchers who are passionate about frontier materials science, surface physics, and THz applications. All work conducted in English.
Dr. Jung joins the Global Institute of Future Technology (GIFT) at SJTU as Associate Professor (Research), establishing a new research laboratory for OHP materials.
Dr. Jung appointed Associate Editor for Frontiers in Physics (IF 3.1) and Frontiers in Chemistry (IF 4.2), Frontiers Media.
Dr. Jung delivered an invited lecture at ThinFilm2018 International Conference in Shenzhen, China (19 July 2018).
Interested in collaboration, student positions, or any questions? We're always happy to hear from you.