The establishment of "Dreamline (BL09U)" has actively propelled advancements in the research of topological states of matter, unconventional superconductivity, and low-dimensional materials. Since its opening, the facility has produced a series of groundbreaking and original user achievements with domestic and international impact, encompassing significant findings such as "experimental discovery of Weyl fermions in solids," "triple-degenerate fermions," "unconventional chiral fermions," "one-dimensional massless Dirac fermions," "electronic structures of kagome materials," "band structures of uranium-based/cerium-based heavy fermions," "characterization of graphene single crystals," and "research on centimeter-scale molybdenum disulfide single-crystal films." Some of these achievements have been selected for prestigious awards including China's Top Ten Scientific Breakthroughs, China's Top Ten Scientific and Technological Progress News, and the Chinese Academy of Sciences' Innovation Achievement Awards, as well as being featured in the 125th Anniversary Collection of the Physical Review Series published by the American Physical Society. With its advantages in energy coverage, resolution, and unique methods for spin detection, the facility has emerged as an ideal platform for investigating the electronic and surface structures of quantum materials.
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