欧洲核子研究中心（CERN）的琥珀（AMBER）实验发布了关于反质子产生的初步结果，这可能会提高暗物质搜索的敏感性。 CERN's AMBER experiment releases first results on antiproton production, which may improve dark matter search sensitivity.
欧洲核子研究中心（CERN）的琥珀实验，专注于反质子的产生，发布了第一个结果。 AMBER experiment at CERN, focusing on antiproton production, releases first results. 这项研究有助于提高暗物质搜索的敏感性,因为观测到的一些超量宇宙射线反质子可能与暗物质相关联。 This study could help improve dark matter search sensitivity, as some observed excess of cosmic ray antiprotons may be linked to dark matter. AMBER旨在减少空间反质子背景的不确定性。 AMBER aims to reduce uncertainty around antiproton background in space. 实验计划分析氢和目标的数据,以研究质子-质子和质子-中子碰撞。 The experiment plans to analyze data from hydrogen and deuterium targets to study proton-proton and proton-neutron collisions.