第54期:反物质之谜
日期:2023-01-06 16:31

(单词翻译:单击)

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The Mystery of Antimatter

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反物质之谜

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In 1928, British physicist Paul Dirac predicted the existence of antimatter.

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1928年,英国物理学家保罗·狄拉克预言了反物质的存在ij(CBP;_X;]RG2

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His theory was that every type of subatomic particle had an antiparticle.

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他的理论是每种亚原子粒子都有一个反粒子*ioel_dCwrN

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He believed that an antiparticle would be almost identical to a normal particle, only with an opposite electrical charge.

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他认为,反粒子与正常粒子几乎相同,只是带有相反的电荷CtO[M(Y5qu3

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This theory was proven two years later, when American physicist Carl David Anderson discovered a positively-charged electron, later named the “positron”.

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两年后,当美国物理学家卡尔·大卫·安德森发现了一个带正电荷的电子(后来被命名为“正电子”)时,这一理论被证明是正确的8.aYGb)uteJP

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Today, physicists know that our universe contains both matter and antimatter.

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现在,物理学家知道我们的宇宙包含物质和反物质W9D5VPG6jwR

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They have even successfully created antimatter atoms.

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他们甚至成功地创造出了反物质原子bVzFYSMX@rk

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However, antimatter is still one of the greatest mysteries in the universe.

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然而,反物质仍然是宇宙中最大的谜团之一hOovd+D[2;=XMB@&(z-.

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Scientific theory states the Big Bang should have created equal amounts of matter and antimatter.

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科学理论认为,大爆炸应该产生了等量的物质和反物质uE)38N^y*ZP

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The problem with this idea is the fact that matter and antimatter instantly destroy each other when they come into contact.

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这一想法的问题在于,物质和反物质在接触时会立即摧毁彼此52P;EG.CBW5+E[@

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This means that if the Big Bang had created as much antimatter as it did matter, the universe would not exist today.

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这意味着,如果大爆炸产生了和物质一样多的反物质,那么如今的宇宙就不会存在^@6fn=iuI4#w#z(*AE^=

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