Countless Times Paradox

•ŒŽŽχliKULOTSUKI Kinohitoj[2]

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@Introduction

@This is a criticism page on Special Relativity of Einstein.
@Einsteinfs Special Relativity [1] is a very well done calculation theory, as long as I am playing inside the rules world of such a computing game, it seems like there is no contradiction anywhere.
@However, even after 100 years or more, criticism against Special Relativity will not go away, as the reason for the paradox about Lorentz contraction and time delay is unresolved, and it is almost ignored.
@The fact that this mysterious paradox is unresolved indicates whether there is something wrong with Lorentz transformation or a completely empty theory, such possibility has not disappeared.
@Einstein presents mathematical expressions on time delay in ˜ 4 of the original paper. However, regarding this, it is considered that the time ƒΡ of the moving system is delayed with respect to the time t of the static system and it was considered to be established in the same way in all areas of the moving system.
@However, in this Lorentz transformation, a more diverse situation arises in the relation between t and ƒΡ.
@The relationship between the static system time t and the moving system time ƒΡ is not classified into only three but it is divided into countless times.
@Before that, I explain the basic gThree Times Paradoxh easily.

@Three Times Paradox

@According to Einstein's Special Relativity, the following three times exist.
@Detailed calculations are omitted, and the results are shown in Fig 1.
@(1) At the origin(x=0) of the static system, .
@(2) At the origin(ƒΜ=0) of the motion system, .
@(3) There is a position where between them.
@@@When v= 0.8 c, x = 0.625vt () and ƒΜ= | 0.625vƒΡ ().

Fig 1@Three Times Paradox

@Countless Times Paradox

@To be precise, the relationship with time at the origin (ƒΜ = 0) of the moving system is
@@@@@ƒΡ = t [1- (v / c) 2 ]1/2.
@When v = 0.8 c is determined and a numerical calculation is performed, this becomes
@@@@@ƒΡ = 0.6 t.
@By the corresponding calculation, the relationship at the origin (x = 0) of the static system is
@@@@@t = 0.6ƒΡ.
@There is a position of t = ƒΡ between them.
@Since it is complicated, detailed calculation is not carried out, but there should be positions
@@@@@ƒΡ = 0.9 t, ƒΡ = 0.8 t, ƒΡ = 0.7 t
@@@and t = 0.7 ƒΡ, t = 0.8 ƒΡ, t = 0.9 ƒΡ.
@We can also calculate more finely between thease values.
@In this way, it can be seen that the relationship between position and time is not categorized into only three but continuously varies.
@This is to be found without discrepancy in calculation rules of Lorentz transformation.
@Do you accept the analysis of the world as a view of the world of Special Relativity, or are you considered as somewhere in error as these are considered paradoxes?

Fig 2@ Countless Times Paradox

@iWritten by KLOTUKI Kinohito, Aug 12, 2018j

@Reference (Appendix)

[1] Special Relativiti paper
[2] •(black)ŒŽ(moon)Žχ(tree)l(man) as hundle name. The pronunciation of KULOTSUKI resembles 9621 in Japanese. So treeman9621 means Kinohito KULOTSUKI.
@Real name is “c’†@‹B (TANAKA Takeshi). It is most commonplace name in Japan.

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