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• Inertial frame of reference
  ...rses/Fields/Phys262/lecture17.pdf| accessdate=June 5, 2017| author=Douglas Fields|date=2015| title=Galilean Relativity |work=Physics 262-01 Fall 2015, [[Univ ...events may differ among inertial reference frames; however, the [[Lorentz scalar]] distance ''s'' between two events is the same in all inertial reference f
  51 KB (7,987 words) - 15:47, 20 July 2017
• De Broglie–Bohm theory
  ...ation (that is, the positions of all particles or the configuration of all fields) is defined by the wave function by a [[#Guiding equation|guiding equation] then the conditional wavefunction of subsystem (I) is (up to an irrelevant scalar factor) equal to <math>\psi^\text{I}</math> (this is what standard quantum
  112 KB (16,432 words) - 12:57, 6 February 2018
• James Clerk Maxwell
  |fields = [[Physics]] and [[mathematics]] ...helped usher in the era of modern physics, laying the foundation for such fields as [[Theory of relativity|special relativity]] and [[quantum mechanics]]. M
  78 KB (11,137 words) - 15:23, 19 July 2017
• History of special relativity
  ...asons, Lorentz referred to the analogy of the contraction of electrostatic fields. However, even Lorentz admitted that that was not a necessary reason and le ..., Lorentz calculated, like Heaviside, the contraction of the electrostatic fields.<ref>Janssen (1995), Ch. 3.3</ref> Lorentz (1895) also introduced what he c
  130 KB (18,278 words) - 13:48, 14 February 2019
• Robert J Heaston
  | fields = [[Mechanical Engineer]] ...ived a new mathematical definition of the concept of force starting with a scalar potential, a field constant and common way to derive all conservative force
  35 KB (5,424 words) - 13:13, 30 December 2016

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