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And because of the rapid growth of technological advances, a smaller variety of black holes could be found within the next decade. And to get there, to get that little spacecraft there via nanocraft, it would have a 108-foot square, 10-meter square solar scale, and it would need that to propel a craft of about 224 million miles per hour, 360 million kilometers an hour, from a ZAP from a high-powered laser. So it would be using that to get it up to its initial speed so it could make it to its destination in about 70 years. And once it got close enough, it would release a probe to beam data back to Earth. And it would make sure that it didn't get close enough that there would be a lot of stuff being developed in the black hole that would be close enough to the space, meaning some measurements, and that data back there. The black holes, for as much as what they know about the external features on the black hole now, meaning how it relates and reacts to things around it, its environment, there's still really no clue about what goes on inside the black hole other than the mathematical conscripts.