Black holes are considered to be the gravitational behemoths of the Universe. However, they don't all come in one size. We might have an ancient supermassive one lurking in the center of our galaxy, but microscopic black holes with a lifespan of a fraction of a second could be possible in the guts of particle colliders. If there's a range of different black holes, how are each type created and how do we go about finding them? Keep up to date with the most recent black hole science with this special Wide Angle.

What happens when one black hole takes on another 100 times more massive? The answer will test the limits of Einstein's General Relativity.

Just like mega-corporations, a couple of the countless supermassive black holes scattered across the universe have a merger about once a year -- but they're incredibly secretive about it.

Small stellar-mass black holes are missing from the Milky Way, but researchers suspect they never existed.

Big black holes aren't known for budging, which is why the new finding is so unusual.

According to two Japanese researchers, we might be able to spot an 'aurora' crowning the poles of the supermassive black hole at the center of our galaxy. But this isn't your average aurora.

In a galaxy, not so far away, two elusive intermediate black holes may have been spotted by NASA's Chandra X-ray Observatory.

Black holes are well known for their destructive nature, happily eating anything that strays too close. But after an epic astro-detective mystery, a white dwarf star was killed by what appears to be the most elusive of the black hole family: the "intermediate" black hole.

Black holes get a bad rap, and often its deserved, especially when the supermassive behemoth at the center of your galaxy is blowing away all the star-forming fuel.

Languishing in a galactic nuclei 50 million light years away is a voracious eater, destroying stars, but possibly building its host galaxy.

In a few million years, in a galaxy far, far away, two black holes will collide, generating gravitational waves of epic proportions. Hold tight, this fight is about to get super-massive!

Dark matter makes up the majority of the mass of our universe and 13 billion years ago, dark matter may have fueled the earliest stars. Could these stars have been the seed for supermassive black holes?

Did you hear the one about the particle accelerator that created a micro-black hole?

By cramming several thousand superconducting quantum interference devices (SQUIDS), which guide light down a track much like a rail guides trains, scientists hope to simulate the effects of a black hole.

A black hole has been fabricated in the laboratory, mimicing the curvature of space-time, creating an event horizon that swallows electromagnetic radiation.
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