According to special relativity, relativistic time took precedence over abstract time, without necessarily disproving abstract time, but it stripped abstract time of its independent status and established time as a natural phenomenon.
This change allowed for the occurrence of time dilation, where the scale of the dilated time t' can be extended beyond the conventional 360-degree scale of proper time t, represented as t < t'.
Additionally, this shift paved the way for the curvature of relativistic spacetime, facilitating the promotion of relativistic concepts of proper time and spacetime.
In the field of mathematics, time and space are considered mathematical parameters. Space is defined by dimensions such as length, height, and depth, while the concept of an irreversible direction of higher-dimensional time is not natural and runs counter to relativistic spacetime, representing abstract mathematical notions.
Moreover, motion is associated with events occurring within space, following an irreversible course in the context of higher-dimensional time.
As a result, any eventual effects stemming from these considerations do not impact the dimensions of spacetime.
However, it's important to note that the concept of relativistic spacetime does not inherently encompass these ideas.
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