Positionality

David P. Lichtenstein Ph.D.
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Abstract

In physics, the “observer effect” describes how the act of measuring something subtly alters that something. Werner Heisenberg and colleagues found this (also called the “uncertainty principle”) as they measured atomic particles, finding their method precisely read a particle's position, but interfered with its motion — making the two dimensions (position and motion) impossible to accurately measure simultaneously. Or as one Wikipedia author noted, checking the pressure in a tire causes air to escape, thereby changing the amount of pressure.

关系结构
在物理学中,“观察者效应”描述了测量某物的行为如何微妙地改变了该物体。维尔纳·海森堡和他的同事在测量原子粒子时发现了这一点(也被称为“不确定性原理”),他们发现他们的方法精确地读取了粒子的位置,但干扰了它的运动——使得两个维度(位置和运动)无法同时精确测量。或者正如一位维基百科作者所指出的那样,检查轮胎的压力会导致空气逸出,从而改变压力的大小。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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