Angle & Spin Resolved Photoemission at the Advanced Light Source
beamlines 12.0.1.1 & 10.0.1.2
Beamline 12.0.1.1 was a home of highly productive general-purpose photoemission experiment which was well-liked by the wide community of scientists. Its ARPES instrument has been set up for efficient studies of the electronic structure of almost any solid sample. Since its commissioning in 2003 experiments conducted at the beamline yielded many interesting papers including 31 Phys. Rev Lett., 28 articles in Nature journals, 5 reports in Science , 3 papers in Proc. Natl. Acad. Sci. USA, 17 PhD theses.
Beamline 12.0.1.1 was a home of highly productive general-purpose photoemission experiment which was well-liked by the wide community of scientists. Its ARPES instrument has been set up for efficient studies of the electronic structure of almost any solid sample. Since its commissioning in 2003 experiments conducted at the beamline yielded many interesting papers including 31 Phys. Rev Lett., 28 articles in Nature journals, 5 reports in Science , 3 papers in Proc. Natl. Acad. Sci. USA, 17 PhD theses.
Program for the spin-resolved ARPES is temporarily stationed at Beamline 10.0.1.2.
Program for the spin-resolved ARPES is temporarily stationed at Beamline 10.0.1.2.
In ca. 2025 spin-ARPES instrument will be relocating to beamline 4.0.3. The latter beamline is undergoing an extensive upgrade which includes installation of the new monochromator (PGM by TOYAMA) and refocusing optics.
In ca. 2025 spin-ARPES instrument will be relocating to beamline 4.0.3. The latter beamline is undergoing an extensive upgrade which includes installation of the new monochromator (PGM by TOYAMA) and refocusing optics.
161 Refereed papers (2004-2023); Phys. Rev. Letters: 31; Nature journals: 28; Science: 5; PNAS: 3; PhD theses: 17
Reference Materials for Users running at Spin-Resolved ARPES station, BL10@ALS
Please read before experiments or check booklets at the beamline