从那以后,反物质研究首先是反电子,俗称正电子,然后到其它所有物质颗粒的反续状态成为真实科学和虚拟科学的重要组成部分。
What has not been available for study until recently, however, is entire anti-atoms.
迄今为止,只有反原子还没有得到全面的研究。
A handful have been made in various laboratories, and even held on to for a few seconds.
但少数反原子的研究已经在不同实验室展开,有些实验室甚至让反原子存在了几秒种。
But none has hung around long enough to be examined in detail because, famously,antimatter and matter annihilate each other on contact.
但他们都没有能够让反原子存在更长时间以提供细节观测,众所周知,这是由于反物质和物质在接触过程中会互相湮灭。
But that has now changed, with the preservation of several hundred such atoms for severalminutes by Jeffrey Hangst and his colleagues at CERN, the main European particle-physicslaboratory near Geneva.
但现在这种情况已经得到了改观,欧洲原子核研究组织日内瓦附近的欧洲粒子物理研究试验室的Jeffrey Hangst及其同事已将数百颗这种原子的生命状态持续了几分钟。
The reason this is important is that Dirac s equation is misleading.
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