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- Moving objects time dilation

Hi.

Im looking into special relativity and everything i found about time dilation on internet seems to say that moving clock appear to tick slower than the stationary one. However what I found about this is following, in § 4. (Physical Meaning of the Equations Obtained in Respect to Moving Rigid Bodies and Moving Clocks) of Einstein's

Now if A is on a train (K') and B is a point on the track with synchronized clock (K), then according to this, the passenger A passing B would see B being ahead of his clock.

Please note it is not necessary for the train to stop for this to occur.

Also there can be any (infinite) number of such points, and they can be at arbitrarily short distances.

Meaning any point in the travel the stationary clock outside would be more and more ahead -> the other clock actually ticks faster, not slower.

So what am I missing?

Edit: from the point of stationary observer, the clock on the train would still be slower.

Im looking into special relativity and everything i found about time dilation on internet seems to say that moving clock appear to tick slower than the stationary one. However what I found about this is following, in § 4. (Physical Meaning of the Equations Obtained in Respect to Moving Rigid Bodies and Moving Clocks) of Einstein's

*On the electrodynamics of moving bodies*(1905):Now if A is on a train (K') and B is a point on the track with synchronized clock (K), then according to this, the passenger A passing B would see B being ahead of his clock.

Please note it is not necessary for the train to stop for this to occur.

Also there can be any (infinite) number of such points, and they can be at arbitrarily short distances.

Meaning any point in the travel the stationary clock outside would be more and more ahead -> the other clock actually ticks faster, not slower.

So what am I missing?

Edit: from the point of stationary observer, the clock on the train would still be slower.

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