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Scientists propose that clocks measure the numerical order of material change in space, where space is a fundamental entity; time itself is not a fundamental physical entity. (Phys Org.com) -- The concept of time as a way to measure the duration of events is not only deeply intuitive, it also plays an important role in our mathematical descriptions of physical systems.
For instance, we define an objects speed as its displacement per a given time.
In this 3D space there is no length contraction, there is no time dilation. What really exists is that the velocity of material change is relative in the Einstein sense. Numerical order in space The researchers give an example of this concept of time by imagining a photon that is moving between two points in space.
The distance between these two points is composed of Planck distances, each of which is the smallest distance that the photon can move.
On the basis of experimental data, time is what we measure with clocks: with clocks we measure the numerical order of material change, i.e., motion in space. How it makes sense In addition to providing a more accurate description of the nature of physical reality, the concept of time as a numerical order of change can also resolve Zenos paradox of Achilles and the Tortoise.
An example of an experiment in which time is not present as a fundamental entity is the Coulomb experiment; mathematically, this experiment takes place only in space.
On the other hand, in the concept of time as a numerical order of change taking place in space, space is the fundamental physical entity in which a given experiment occurs.
So whenever Achilles reaches a point where the Tortoise has been, the Tortoise has also moved slightly ahead.
Although the conclusion that Achilles can never surpass the Tortoise is obviously false, there are many different proposed explanations for why the argument is flawed.
Time is exactly the order of events: this is my conclusion. In the future, the scientists plan to investigate the possibility that quantum space has three dimensions of space, as Sorli explained.