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【所属分类】:自然科学--物理学
【标题】:运动的尺子不缩短
【作者】:彭家驱
【摘要】:本文采用波动模型及几何定位测量方法,未经任何坐标和数学变换,观测者在垂直于物体运动速度的方向上,直接对高速运行列车的长度进行测量,发现列车的长度并未发生变化;同时也提出了实验检测的方法。该结论说明狭义相对论得出的运动的尺子缩短现象不是绝对的,是由于“观测效应”造成运动的尺子相对缩短现象。与爱因斯坦对狭义相对论结论的解释不一致,笔者初步认为这是由不同的测量方法造成得出的结果出现不同
【关键词】:波动模型,几何定位, 狭义相对论,运动的尺子缩短,运动的尺子不缩短,观测效应,各向异性,
【联系方式】:E-mail: pjq@xmu.edu.cn
【发布时间】:2012-09-26
【发表状态】:N未发表
【TITILE】:THE MOVING-RULER DOES NOT SHORTEN
【AUTHORS】:Jia-Qu Peng
【ABSTRACT】:This article adopts the wave-model and geometrically-positioning measurement way, there is not any coordinate and mathematics transformation. When the observer stays in the direction perpendicular to the direction of the velocity of the moving object, he measures directly the length of the high speed train, he finds that the length of the train keeps normal value without any change; at the same time, a way for experimental measurement is proposed. This conclusion shows that the phenomenon about the shortening of the moving-ruler got from the Special Theory of Relativity is not absolutely correct. That phenomenon about the moving-ruler being shortening appears due to the “observation effect”. It is not coincident with the analysis on the conclusion about the Special Theory of Relativity proposed by Einstein. The author finds out preliminarily that these different results are caused from different measuring methods.
【KEYWORDS】:wave-model, geometrically-positioning, the Special Theory of Relativity, shortening of the moving-ruler, not shortening of the moving-ruler, observation effect, Anisotropic,
【ADDRESS】:E-mail: pjq@xmu.edu.cn
【全文文件】: 运动的尺子不缩短.doc



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