来自MSN7 个月
反物质研究重要发现：科学家观测到最重反物质超核
来自中国科学院的最新消息说，该院近代物理研究所仇浩研究员团队等最近在参与RHIC-STAR国际合作实验研究中，首次在相对论重离子金金碰撞中观测 ...
来自MSN6 个月
中国科大团队 发现反超氢-4核
本报讯 近日，记者从中国科学技术大学获悉，该校团队在RHIC-STAR国际合作重离子碰撞实验中首次发现了反超氢-4核这一新反物质超核，是迄今实验 ...
EurekAlert!2 年
STAR Detector at RHIC (IMAGE)
The STAR detector at the Relativistic Heavy Ion Collider tracks particles emerging from thousands of subatomic smashups per second. Disclaimer: AAAS and EurekAlert! are not responsible for the ...
EurekAlert!2 年
STAR Time Projection Chamber (IMAGE)
Caption The track of an antihelium-4 nucleus, highlighted in red, appears in a myriad of tracks produced by a gold-gold collision inside the STAR detector at RHIC. STAR's Time Projection Chamber ...
Nature2 个月
Where string theory meets reality?
(Fig. 1) Figure 1: Heavy going. Collisions of gold nuclei in the Relativistic Heavy Ion Collider (RHIC) produce streams of particles, as shown here in the STAR detector, in which may be found the ...