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Antimatter Trapped For the First Time
Antimatter Trapped For the First TimeGet ready for that warp drive spaceship, because we are now one step closer to it. After creating antihydrogen in their antiproton decelerator, scientists at CERN have been able to trap antimatter for the first time in history.
This a big step. First, it gets humanity closer to understanding one of the biggest mysteries of the Universe: What happened to all the antimatter that was created during the Big Bang? In theory, matter and antimatter were created in equal parts during the Big Bang. However, the latter disappeared shortly thereafter. Or at least, we can't seem to find it. The spokesman for CERN's ALPHA experiment—Jeffrey Hangst of Aarhus University, Denmark—says that trapping these atoms was a bit of an overwhelming experience:
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欧洲粒子物理研究所（CERN）宣布，大强子对撞机（LHC）创造并捕捉到反氢原子，这一突破将有助于破解宇宙的神秘难题：即物质和反物质之间的差异。LHC的ALPHA实验用六分之一秒在磁场中空格一共捕捉到38个反氢原子，利用这一瞬间研究了反氢原子的结构。由于物质与反物质接触时会相互毁灭，因此研究反物质非常困难。参与研究的一位科学家说，能够捕捉到反物质的稳定原子让人欣奋不已。
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solidot的自带吐槽是“来自天使与魔鬼部门”……我也想到那了
伪科学宅表示激动：
难不成直接跳过可控核聚变直接进入反物质能源么....
“ready for that warp drive spaceship”谁解释下反物质和瓦普航行什么关系？作为动力？
业内答疑：
研究用的反物质粒子都是人工合成的,而且是原子数量级别的量,也没有从自然界获取反物质的记录,所以暂时别把这个当成新能源了.
死宅表示：
反物质傲娇少女最高！
2010年11月18日 11点11分
1
Antimatter Trapped For the First TimeGet ready for that warp drive spaceship, because we are now one step closer to it. After creating antihydrogen in their antiproton decelerator, scientists at CERN have been able to trap antimatter for the first time in history.
This a big step. First, it gets humanity closer to understanding one of the biggest mysteries of the Universe: What happened to all the antimatter that was created during the Big Bang? In theory, matter and antimatter were created in equal parts during the Big Bang. However, the latter disappeared shortly thereafter. Or at least, we can't seem to find it. The spokesman for CERN's ALPHA experiment—Jeffrey Hangst of Aarhus University, Denmark—says that trapping these atoms was a bit of an overwhelming experience:
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欧洲粒子物理研究所（CERN）宣布，大强子对撞机（LHC）创造并捕捉到反氢原子，这一突破将有助于破解宇宙的神秘难题：即物质和反物质之间的差异。LHC的ALPHA实验用六分之一秒在磁场中空格一共捕捉到38个反氢原子，利用这一瞬间研究了反氢原子的结构。由于物质与反物质接触时会相互毁灭，因此研究反物质非常困难。参与研究的一位科学家说，能够捕捉到反物质的稳定原子让人欣奋不已。
==========
solidot的自带吐槽是“来自天使与魔鬼部门”……我也想到那了
伪科学宅表示激动：
难不成直接跳过可控核聚变直接进入反物质能源么....
“ready for that warp drive spaceship”谁解释下反物质和瓦普航行什么关系？作为动力？
业内答疑：
研究用的反物质粒子都是人工合成的,而且是原子数量级别的量,也没有从自然界获取反物质的记录,所以暂时别把这个当成新能源了.
死宅表示：
反物质傲娇少女最高！
![[睡觉]](/static/emoticons/u7761u89c9.png)
![[汗]](/static/emoticons/u6c57.png)
