澳洲物理学作业代写:反对爱因斯坦的观点

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这种分歧使得玻尔提出了一种方法来证明他反对爱因斯坦的观点,即利用氢原子来证明光不是波。两位量子力学创始人之间的分歧,促使他们进一步思考,以发现更多的真相。后来玻尔关于原子与粒子行为固定方程的观点被马克思·伯恩所推翻,他在爱因斯坦早期的工作基础上提出量子力学可以通过概率来发现。然而,爱因斯坦强烈反对这个观点,因为他相信“上帝不会掷骰子”[1],并且不同意伯恩的概率论,即一切都是偶然形成的。爱因斯坦拒绝接受量子不确定性,并试图证明不确定性的原则是可以被违背的,他建议实验应该允许精确确定不相容变量。接着他提出了两个滑移实验,用理性来证明他的理论。所有这些科学家之间的反复争论让我们对量子力学有了更深入的了解,让我们更接近真实。通过认识理性的方式,他们通过实验证明了事实,互相争论,展示了认识情感的方式,他们的骄傲让他们坚持自己的观点,在量子的哪个观点是正确的。

澳洲物理学作业代写:反对爱因斯坦的观点

This disagreement made Bohr come up with a methodology proving his idea against Einstein by using hydrogen atoms to show that light isn’t a wave. The disagreement between the two founders of quantum mechanics caused them to think further to discover more of the truth. Later Bohr’s idea of a fix equation for an atom to behavior like particle was disproven by Max Born who building on Einstein’s earlier work said that the quantum mechanics could be found by probability. However Einstein spoke strongly against this idea because he believed “God does not roll a dice” [1] and disagreeing with Born’s idea of probability which held that everything was made up by chance. “Einstein refused to accept quantum indeterminism and sought to demonstrate that the principle of indeterminacy could be violated, suggesting experiments which should permit the accurate determination of incompatible variables.” [2] Then he came up with the two slip experiment to help prove his theory by using reason. All of this back and forward arguing between scientists gave us the further knowledge of quantum mechanics bringing us closer to the real truth. By using the way of knowing reason, they experimentally proved facts to argue each other and showing way of knowing emotion, their pride made them stand for their point of view on which view of quantum was true.

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