Under what conditions would a planet's night sky look like this to the human eye?

The angular speed of the stars relative to the planet would need to be high enough for the stars to blur into themselves. Is there a (realistic) way for such a planet to exist?

I'm not sure how the incredibly fast rotation of said planet (compared to earth) would affect the objects on its surface.

EDIT

Thanks to LSerni and all others for the in-depth answers to my question.

What if, instead of the planet rotating faster on its own axis, the speed at which the planet orbited its star would be increased by a massive amount? Could mass of said star, the planet's distance to it and the speed at which it orbits the star be set in a way that allows for stars appearing as lines? The planets rotation around itself could in the reverse direction to allow for relatively longer day/night cycles.

Or: Could an internally stable system rotate this fast in relation to the other stars?

I believe that this addition does not alter the original question's content. In case this edit violates any guidelines, please let me know, as I'm new to both WB and SE.

posted about 7 years ago

Orphevs‭

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