The big bang.
The stars that are spaced less than your latitude from the celestial pole never set.
Distant galaxies do not rise and set like stars in the sky. Their positions in the sky are fixed relative to our perspective on Earth. The apparent motion of rising and setting is a phenomenon caused by the rotation of our planet.
It is not possible to see stars in the day due to the brightness of the Sun overwhelming their visibility. Stars are visible in the night sky when the Sun has set and its light does not interfere with seeing the stars.
The diurnal motion of stars is caused by the rotation of the Earth on its axis. As the Earth rotates, it creates the illusion that the stars are moving across the sky from east to west. This motion is responsible for the daily rise and set of stars in the sky.
Stars that are within an angle from the pole of the sky that's equal to your latitude don't rise or set, and are always in your sky.
Those are called "circumpular" stars. Exactly which stars are circumpolar depends on your location. For example, if you live 30° south of the equator, all stars that are up to 30° from the south pole of the sky will never set.
They are always visible in the sky. (Unless it's cloudy). They don't "rise" and "set" at the latitudes where they are circumpolar.
For the same reason that the Sun and the Moon rise and set. That's the result of Earth's rotation.
Stars in the sky set about four minutes earlier each day, due to the Earth's rotation. This is because the Earth completes a full rotation approximately every 24 hours.
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Every natural object in the sky appears to rise in the east and set in the west.
Nothing seen in the sky from a point on the Equator is "circumpolar", meaning that everything in the sky appears to rise and set.