物理学论文
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作者:ShukriKlinaku
来源:[J].Physics Essays(IF 0.356), 2016, Vol.29 (3), pp.301-303物理学论文
摘要:If we could describe all phenomena solely through individual equations of motion of particles, then there would be no reason for quantum mechanics to exist. Because it is not possible for a system with many particles to be described entirely by individual equations about the...
作者:ShukriKlinaku
来源:[J].Physics Essays(IF 0.356), 2016, Vol.29 (4), pp.506-507物理学论文
摘要:The special theory of relativity takes particular pride in the transverse Doppler effect (TDE). Apart from Voigt’s (1887) work which has an incomplete explanation, the equation from which the TDE is derived is first seen in Einstein’s (1905) work. However, in this equation, ...
作者:NaimSyla , ShukriKlinaku
来源:[J].Physics Essays(IF 0.356), 2017, Vol.30 (1), pp.97-99物理学论文
摘要:In physics, the concept of a rigid body (RB) implies a body that retains its form, i.e., even its volume, as long as it is not subject to forces that destroy the connections between its components. However, according to the special theory of relativity (STR), a RB will be di...
作者:ShukriKlinaku , NaimSyla
来源:[J].Physics Essays(IF 0.356), 2017, Vol.30 (2), pp.148-149物理学论文
摘要:The Michelson experiment raised controversy from early on. The first controversy for this experiment was between Woldemar Voigt and Hendrik Lorentz. Voigt explained the result of the Michelson experiment by means of the Doppler effect in a paper of 1886 (published in 1887), in wh...
作者:ShukriKlinaku
来源:[J].Physics Essays(IF 0.356), 2017, Vol.30 (3), pp.243-245物理学论文
摘要:The general Galilean transformation (GGT) has been found, and from this derives what is known today as the Galilean transformation (GT) and all other equations that deal with relative motion, including the general Doppler Effect at an arbitrary angle. The GGT incorporates the Lor...

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