"Off-the beaten tracks going beyond the current spatio-temporal limit"
We are interested in
Studying disordered structures of materials and biological specimens using coherent X-rays
Understanding femtosecond phase transitions of materials systems driven far-from-equilibrium using XFELs
Position opening
- Ph. D. projects
Research project: "time-resolved XFEL single-pulse imaging"
We are currently seeking for graduate students who is interested in femtosecond time-resolved coherent diffraction imaging for direct observation of strongly driven phase transitions as a Ph. D. thesis project. The unique opportunity to use X-ray free electron laser for the femtosecond time-resolved imaging experiments is available!
Please contact Changyong SONG (cysong@postech.ac.kr), if interested in.
Highlighted news
- Congratulations! Dr. Heemin Lee (2024.02)
Heemin has successfully defended his Ph. D. thesis on ultrafast resonant X-ray scattering. Congratulations!
- New Publication (ACS Nano, 2023.10)
"Nanoscale three-dimensional network structure of a mesoporous particle unveiled via adaptive multidistance coherent X-ray tomography" by S. Y. Lee, D. H. Cho, & S. C. Song, et al.
- New Publication (IUCrJ, 2023.09)
"Observing femtosecond orbital dynamics in ultrafast Ge melting with time-resolved resonant X-ray scattering" by H. Lee & J. Y. Ahn, et al.
- Congratulations! Dr. Jaeyong Shin (2023.06)
Jaeyong has successfully defended his Ph. D. thesis on ultrafast XFEL single particle imaging. Congratulations!
- New Publication (Nano Letters, 2023.01)
"Ultrafast energy transfer process in confined Au nanospheres revealed by femtosecond X-ray imaging and diffractions" by J. Shin, C. Jung, & Y. Ihm, et al.