因此，卡洛·康泰迪认为，它们不能用来定时“比光速”更快的发生事件。
Therefore, Contaldi argues, they can't be used to time events that happen faster than that.
然而但卡洛·康泰迪却认为，问题不在于中微子，而是在于opera的时钟可能已经扭曲了。
But Contaldi contends that OPERA's clocks, rather than its neutrinos, may have been out of whack.
卡洛·康泰迪承认，OPERA团队可能在论文第一稿中所阐明的基础上，作了更多的努力来同步时钟。
Contaldi concedes that the OPERA team may have made more of an effort to synchronize its clocks than it elucidated in the first draft of the paper.
“我认为他们所采用时钟能否正确地同步，存在着明显的问题，”卡洛·康泰迪对LiveScience的一个姐妹站点《生活中的小秘密》说。
"I think there are significant questions as to whether or not their clocks were synchronized correctly," Contaldi told Life's Little Mysteries, a sister site to LiveScience.
然而卡洛·康泰迪说，用GPS人造卫星来同步时钟，远远达不到这个准确度，这是因为GPS人造卫星的信号本身也受到重力时间膨胀效应的影响。
But Contaldi says that GPS synchronization is not nearly that accurate, because GPS satellite signals are themselves subject to gravitational time dilation.
然而卡洛·康泰迪说，用GPS人造卫星来同步时钟，远远达不到这个准确度，这是因为GPS人造卫星的信号本身也受到重力时间膨胀效应的影响。
But Contaldi says that GPS synchronization is not nearly that accurate, because GPS satellite signals are themselves subject to gravitational time dilation.
应用推荐