Time runs differently near massive objects

Time Moves More Slowly Near Massive Objects

What if gravity could slow down time itself?

According to General Relativity, it does.

Massive objects like planets, stars, and black holes warp spacetime around them. The stronger the gravity, the more extreme the distortion — and the slower time passes relative to regions with weaker gravity.

This effect is called gravitational time dilation.

For example:

A clock on Earth ticks slightly slower than one far out in space

Near a black hole, the effect becomes dramatic

To a distant observer, time near the black hole appears heavily slowed
This isn’t just theory.
It’s been experimentally confirmed using:

Atomic clocks at different altitudes

GPS satellites, which must correct for relativistic time shifts every day
Without those corrections, GPS would drift by kilometres.

No universal clock.
No absolute time.
Just time flowing differently depending on gravity.

Near extremely massive objects, the difference can become so severe that:

Minutes for one observer

Could equal years for another
Gravity doesn’t just pull on matter.
It changes the rate at which reality unfolds.

Time isn’t fixed.
It’s part of the fabric being bent.
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Reference (Vancouver):

Delva P, et al. Test of special relativity using a fiber network of optical clocks. Phys Rev Lett. 2017;118(22):221102.

#DailyScience #Relativity #TimeDilation #BlackHoles #Physics #WeirdPhysics #ScienceFacts #SciComm #ProvingTheConcept

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