The Clock Beneath the Clock
We trust clocks because they feel objective.
A second is a second.
A minute is a minute.
A year is a year.
But what if clocks are not measuring time itself?
What if they are measuring something deeper?
A sundial measures shadows.
A mechanical clock measures motion.
An atomic clock measures electron transitions.
A nuclear clock measures changes within the atom's nucleus.
Each new generation of clocks becomes more precise.
Yet none directly measures "time."
Instead, each measures change occurring within a stable system.
That realization leads to a profound question:
If every clock measures change, where exactly is time?
Modern physics increasingly suggests that time may not be a thing that flows independently through reality.
It may emerge from relationships between events, information, and observation.
The deeper we investigate time, the more we find processes.
And perhaps something even more surprising:
The observer is not standing outside the system.