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本文摘要:物理学中最古怪的一部分,有可能可以用一个某种意义古怪的好点子来表明——因果关系能够逆時间而动。Andpartofthatweirdnesscomesdowntothefactthatatafundamentallevel,particlesdontactlikesolidbilliardballsrollingdownatable,butratherlikeablurrycloudofpossibilitiesshiftingaroundtheroom

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This Quantum Theory Predicts That The Future Might Be Influencing The Past依据这一量子理论的预测分析,将来有可能已经危害着以往One of the weirder aspects of quantum mechanics could be explained by an equally weird idea – that causation can run backwards in time as well as forwards.物理学中最古怪的一部分,有可能可以用一个某种意义古怪的好点子来表明——因果关系能够逆時间而动。A pair of physicists from the US and Canada took a closer look at some basic assumptions in quantum theory and decided unless we discovered time necessarily ran one way, measurements made to a particle could echo back in time as well as forward.英国和澳大利亚的一些科学家仔细科学研究了量子理论中的一些基础假定,随后意识到:除非是大家能找寻“時间不可以单边前行”的确凿证据,不然大家对粒子的精确测量只不过是不仅能沿着時间方位起具有,某种意义也有可能能够逆着時间方位起具有。We all know quantum mechanics is weird. And part of that weirdness comes down to the fact that at a fundamental level, particles dont act like solid billiard balls rolling down a table, but rather like a blurry cloud of possibilities shifting around the room.大家都告知物理学很古怪。

而大家确实它古怪的在其中一个缘故便是:在一个基本的方面上,粒子并不看上去桌子的桌球那样有确立的样子,他们更为看上去一团在室内空间中四处游走的云雾缭绕,而组成这一云雾缭绕的东西是“概率”。This blurry cloud comes into sharp focus when we try to measure particles.而在我们要精确测量一个粒子的情况下,这团云雾缭绕就不容易变成一个特殊的形状。A physicist by the name of Huw Price claimed back in 2012 that if the strange probabilities behind quantum states reflect something real, and if nothing restricts time to one direction, the black ball in that cloud of maybes could theoretically roll out of the pocket and knock the white ball.一位叫毕·普莱斯的科学家在二0一二年的情况下宣称:假如量子态身后这类古怪的几率状况最能体现什么世界的幕后黑手,而另外又没有什么东西允许時间不可以单边挪动,那麼从理论上谈,球袋里的黑球就可以衰落回来敲打桌子的白球(時间可转败为胜)。

Critics object that there is complete time-symmetry in classical physics, and yet no apparent retrocausality. Why should the quantum world be any different? Price wrote.普莱斯写成到:“批判者赞同讲到:在经典物理学里,时间完美平面图的,并且也没看见偏位的因果关系。为何量子世界就可以不一样呢?John Stewart Bell said that the weird things that happen in quantum mechanics cant ever be explained by actions taking place nearby. Its as if nothing is causing the multitude of billiard balls to take such varied paths. At a fundamental level, the Universe is random.(著名的科学家)罗伯特·布兰切特·小熊曾讲到:物理学里的各种各样怪异现象,都没法用它周边再次出现的事儿来表明;就模样没有什么东西在上下这种桌球的行動一样;在一个基本的方面上,宇宙空间是任意的。But what about actions taking place somewhere else… or somewhen else?可是,不容易会是一些其他地方的事儿,或其他何时的事儿,在起具有呢?Needless to say, the idea of retrocausality is a fringe idea.别说,偏位因果关系依然是个边沿好点子。

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