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Beamline 12.0.1.1 was a highly productive, general-purpose photoemission facility, widely appreciated by the scientific community. Its ARPES instrument was designed for efficient studies of the electronic structure of nearly any solid sample. Since its commissioning in 2003, research conducted at this beamline has produced numerous notable publications, including 31 papers in Physical Review Letters, 28 articles in Nature journals, 5 reports in Science, 3 papers in Proceedings of the National Academy of Sciences USA, and 19 PhD theses
Beamline 12.0.1.1 was a highly productive, general-purpose photoemission facility, widely appreciated by the scientific community. Its ARPES instrument was designed for efficient studies of the electronic structure of nearly any solid sample. Since its commissioning in 2003, research conducted at this beamline has produced numerous notable publications, including 31 papers in Physical Review Letters, 28 articles in Nature journals, 5 reports in Science, 3 papers in Proceedings of the National Academy of Sciences USA, and 19 PhD theses
The spin-resolved ARPES program is currently stationed at Beamline 10.0.1.2. Around 2025, the spin-ARPES instrument will be relocated to Beamline 4.0.3, which is undergoing a significant upgrade, including the installation of a new monochromator (PGM by TOYAMA) and refocusing optics
The spin-resolved ARPES program is currently stationed at Beamline 10.0.1.2. Around 2025, the spin-ARPES instrument will be relocated to Beamline 4.0.3, which is undergoing a significant upgrade, including the installation of a 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
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