#2000seasons

Talib Kweli  ⎯  2000 Seasons

The Seshen – 2000 Seasons (Official Music Video)

Yes. 

There are rotating, and "non-rotating"/very slowly rotating black holes. Non-rotating* [or static] black holes' event horizons have almost perfect spherical shapes determined by the Schwarzschild radius**. Rotating black holes' event horizons have irregular, oblate-like, non-spherical shapes. [The slower the rotation of a black hole is, the more spherical, if not almost fully spherical, it's event horizon will be. The faster the rotation of a black hole is, the less spherical, and more oblate it's event horizon will be .] It's continually argued that no black hole's event horizon ever reaches a "perfect" spherical shape, but can come extremely close to seeming like it does, due to the lack of/slow rotation of the black hole itself and it's dragging of spacetime.

*Non-rotating black holes are technically and physically impossible. If they appear non-rotating, it's because the rate their rotation is so fractional it's really hard to tell it's actually moving at all. The mistake that all black holes' event horizons are perfectly spherical is usually based off of the solution of the hypothetical Schwarzschild black hole, not a realistically physical object.

**"A Schwarzschild black hole is a perfectly spherical, static and non-rotating black hole. Basically, it is a point mass (with no height, width or depth) of infinite density or a singularity in the center with a gravitational field surrounding it. At the singularity, space and time as we know it stop.

A Schwarzschild black hole is the basic description of a still-standing black hole, however stars in nature rotate. You can't apply Schwarzschild to real stars because when a spherical object spins it drags spacetime along with it." [x]

You can read more about rotating and non-rotating black holes here.