Calibrating the universe, and why we need to do it
作者: Lori-AnneGardi
刊名: Physics Essays, 2016, Vol.29 (3), pp.327-336
来源数据库: Physics Essays
DOI: 10.4006/0836-1398-29.3.327
关键词: Unit AnalysisCalibrationPixelActionEnergyQuantumFrequencyCycleDomainFractal.
原始语种摘要: Planck's constant, h , as an action constant is one of the most widely studied concepts in theoretical physics. It appears in many equations from Planck's energy equation to the famous Schrodinger equation. Historically, the energy equation, E = hv , and units for h , [ J × s ] , were chosen by convention. However, this essay describes a method of analysis that sees h as an energy constant and not an action constant. Using the logic of the calibration and the equations for calculating Planck natural units, an attempt is made to find the smallest measuring sticks or “pixels” for the domains of time, space, mass, charge, and temperature. Using this method, it is found that Planck units for the domains of mass, charge, and temperature do not correspond to the smallest measure-units. To...
全文获取路径: 物理学论文 

  • equation 方程
  • constant 常数
  • units 部件
  • studied 学习
  • measure 测度
  • temperature 温度
  • standard 标准
  • energy 能量
  • calibrated 刻度的
  • smallest 最小的