References
J. C. Nickerson andR. T. McAdory:Amer. Journ. Phys.,43, 615 (1975).
H. A. Lorentz: inThe Principle of Relativity (New York, N. Y., 1923), p. 3.
G. Cavalleri andG. Salgarelli:Nuovo Cimento,62 A, 722 (1969), subsect.2 .2.
F. Rohrlich:Nuovo Cimento,45 B, 76 (1966);H. Arzelliés:Nuovo Cimento,35, 783 (1965);A. Gamba:Amer. Journ. Phys.,35, 83 (1967), have considered the transformations of physical quantities in the asynchronous formulation, as in contrast to the usual synchronous formulation. That is why these papers gave rise to some criticism (see, for example,T. W. B. Kibble:Nuovo Cimento,41 B, 72, 84 (1966);R. Penney:Nuovo Cimento,43 A, 911 (1966);A. Staruszkievicz:Nuovo Cimento,45 A, 684 (1966);L. de Broglie:Compt. Rend.,264 B, 1173 (1967);265 B, 589 (1967). The general treatment of the asynchronous formulation has been given in subsect.2 .2 ref. (1)J. C. Nickerson andR. T. McAdory:Amer. Journ. Phys.,43, 615 (1975), including the equations of motion for a perfect fluid. The asynchronous statics has been further developed byS. Aranoff:Nuovo Cimento,10 B, 155 (1972);Ø. Grøn:Nuovo Cimento,17 B, 141 (1973);S. Pahor andJ. Strand:Nuovo Cimento,20 B, 105 (1974);G. Cavalleri, G. Spavieri andG. Spinelli:Nuovo Cimento,25 B, 348 (1975). An application of the asynchronous dynamics to an accelerated rod can be found inG. Cavalleri andG. Spinelli:Nuovo Cimento,66 B, 11 (1970).
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Cavalleri, G., Spavieri, G. & Spinelli, G. Convenience of the asynchronous formulation. Lett. Nuovo Cimento 15, 631–634 (1976). https://doi.org/10.1007/BF02725729
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DOI: https://doi.org/10.1007/BF02725729