Abstract Details
| Development of a Laser Based Spin-resolved ARPES Spectrometer | |
|---|---|
| Abstract ID | I&D-01 |
| Presenter | Yulin Chen |
| Presentation Type | Poster |
| Full Author List | Y. Chen (1) , Z. Liu (1) , J. Sobota (1) , Z. Hussain (2) , Z. X. Shen (1) |
| Affiliations | (1) Stanford University and SSRL, USA (2) Advanced Light Source, Lawrence Berkeley National Laboratory |
| Category | Instrumentation/Development |
| Abstract | Angle Resolved Photoemission spectroscopy (ARPES) has been established as one of the most important methods to study the electronic structure of molecules, solids and surfaces. It has widespread practical implications in various fields and has significantly contributed to the understanding of fundamental principles in solid state physics.
However, regular ARPES spectrometers don’t detect the electron spin thus leave the samples’ magnetic information out of scope. To solve this problem, we developed a spin-resolved ARPES spectrometer by combing a regular hemispherical dispersive analyzer and a Mott spin polarimeter. This new spectrometer enables us to measure the photoelectron spin (all three components) as well as its energy and momentum. The new spectrometer, when coupled with our fs-second UV laser system, further extends the PES study into time-domain, providing us the opportunity to study the electronic and spin dynamics. |
| Footnotes | |
| Funding Acknowledgement | |