The laws of physics are universal; they remain unchanged regardless of location or conditions. Universal constants dictate how we experience time differently based on our relative movements and gravitational fields.
In special relativity, a fast-moving clock records less time than a stationary one, demonstrating time dilation. This principle emphasizes the non-absolute nature of time and its dependence on relative motion.
General relativity indicates that time flow differs based on gravitational strength: standing, your feet age faster than your head. This nuanced understanding reshapes our perception of time's uniformity.
Even though properties and conditions vary, fundamental physical laws persist unchanged throughout the Universe, allowing us to understand and predict time's behavior under diverse scenarios.
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