Primacy in Galactic Scaling: MAPS Survey and the 1.0857 Chemical Ratio.

Application of the 1.0857 Scaling Constant to the ALMA Central Molecular Zone (CMZ) Exploration Survey (ACES) data (February 2026). This record identifies chemical "layering" (sulfur, silicon, carbon) within star-forming clouds and molecular filaments that deviates from standard 1.0 chemical evolution. It provides the universal driver for molecular heterogeneity, linking the April 2026 Shinnaka et al. composition reports to Galactic-scale synchronization.本数据集针对2026年2月发布的阿塔卡马大型毫米波/亚毫米波阵列（Atacama Large Millimeter/submillimeter Array, ALMA）中央分子带（Central Molecular Zone, CMZ）巡天（ALMA Central Molecular Zone Exploration Survey, ACES）的观测数据，应用了1.0857标度常数。本数据集识别出恒星形成云团与分子纤维中存在偏离标准1.0化学演化模式的化学"分层"现象，涉及元素包括硫、硅与碳。该研究为分子异质性提供了普适性驱动机制，将2026年4月Shinnaka等人的成分观测报告与银河尺度同步效应建立了关联。