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Clifford Algebra and Space-Time Transformations: Lorentz Transformation and Inertial Transformation

机译:克利福德代数与时空转换:洛伦兹变换   和惯性转换

摘要

We review the Inertial transformation and Lorentz transformation under a newcontext, by using Clifford Algebra or Geometric Algebra. The apparentcontradiction between theses two approach is simply stems from differentprocedures for clock synchronization associated with different choices of thecoordinates used to describe the physical world. We find the physical andcoordinates components of both transformations. A important result is that inthe case of Inertial transformation the physical components are exactly theGalilean transformations, but the speed of light is not c. Another interestingresult is due to the fact the Lorentz transformations lead directly to physicalcomponents, and this case the speed of light is c. Finally e show that bothscenarios, de-synchronization Einstein theory and synchronized theory, are allmathematically equivalent by means of Clifford Algebra Transformations.
机译:我们使用Clifford代数或Geometric代数在新的上下文中回顾了惯性变换和Lorentz变换。这两种方法之间明显的矛盾仅源于与用于描述物理世界的坐标的不同选择相关的时钟同步的不同过程。我们找到了两个变换的物理和坐标部分。一个重要的结果是,在惯性变换的情况下,物理分量恰好是伽利略变换,但光速不是c。另一个有趣的结果是由于洛伦兹变换直接导致了物理分量这一事实,在这种情况下,光速为c。最后,e表明,通过Clifford代数变换,非同步爱因斯坦理论和同步理论这两种情况在数学上都是等效的。

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