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Time is one of the fundamental concepts in physics and philosophy. It serves as a measure of the duration of the existence of any object, characterizes the change of its states and processes of change. In addition, time is one of the coordinates of the four-dimensional space-time described in Einstein's Theory of Relativity.
Within the framework of the General Theory of Relativity, it can both accelerate and decelerate for different observers depending on the distance from a massive cosmic body, since the greater the mass of this body, the more it curves the space-time around itself.
However, this large-scale dynamics, with its curved space-time and expansion at high speeds, is generated by the smallest particles that make up matter. So how can we reconcile the concept of time on the microscales that exist in this same Universe?
Perhaps physicists have finally found the key to solving this problem by suggesting that time can have an emergent nature, that is, it arises, just like temperature, which does not exist on its own, but increases due to the movement of atoms. This emerging time phenomenon is due to the effect of quantum entanglement of particles.......
Sources:
1. https://www.preposterousuniverse.com/...
2. https://inspirehep.net/literature/163...
3. https://journals.aps.org/pra/abstract...