Black Men Suck !!!!!!!!

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Now I’m not going to talk much about intermediate black holes for two reasons: 1) I don’t know much about them, and 2) they don’t really appear in pop culture. If a star gets close enough and stellar gas begins flowing around the black hole, then there is friction between the two. Although most people avoid these bloodsucking worms, leeches have long been used in the world of medicine. Interstellar has lots of fun with that, as does Stargate SG 1’s “A Matter of Time” (I particularly appreciate the violations of the laws of physics in the latter, to the confusion of the military scientist character: “from everything I think I know about General Relativity, that can’t happen!

While mosquitoes are usually just annoying—the itchy bump left from a mosquito encounter is a reaction to its saliva—some unfortunate people find out that mosquitoes can transmit a number of serious diseases, including yellow fever, malaria, filariasis, and dengue. The dark flattened sphere is Gargantua (its flattened because it’s spinning – though they actually slowed it down for the visuals in Interstellar to make it look nicer). Models like this may eventually help scientists pinpoint real examples of these powerful binary systems. So I can completely see why the idea of crossing the event horizon opens up this area of creativity and I, for one, appreciate it. While you wouldn't want to be around a black hole, you most certainly do want these space socks around your feet.However, as I mentioned earlier, gravitational pull decreases as you move further away from an object (its actually proportional to 1 over the square of the distance). Intermediate mass black holes are believed to be in between the weight of a stellar and supermassive black hole. At the center of a black hole lies the singularity, where the mass of the object is centered, and where the curvature of spacetime is at a maximum. Another way scientists have proven black holes exist is by listening for the gravitational waves they create when merging, which are ripples of space-time.

But does this mean black holes greedily suck in everything around them, like cosmic vacuum cleaners, as commonly imagined?But whether it comes from asteroids, planets, stars, or hot or cold gas, most of the infalling matter doesn't go into feeding the black holes that attracted them in the first place. This suspected black hole is strongly emitting X-rays from around it, likely because stellar material is being stripped from the star and falling to the event horizon via an accretion disk. This is sort of linked to the entire origin of the universe … are they the seeds around which galaxies form? Not all massive stars form black holes, some form pulsars, it just depends how much of the star gets blown off in the supernova, as there has to be enough of the star left that gravity forces it to collapse down and down and down until all that stellar matter is contained in an infinitely small area (a “singularity”). We can often find evidence of this in many different wavelengths of light, even including visible signatures and jets in many instances.

In short, the escape velocity of any celestial body — the velocity at which an object needs to travel to escape the gravity of a planet, star, or other body, is dependent on the mass of the body and its diameter.There are lots of theories as to what could be beyond the event horizon of a black hole but we can’t see beyond it (as light is trapped) and if you could travel over the event horizon and survive, you wouldn’t be able to send signals out to tell anyone what you found – unless there was a huge shift in our understanding of the laws of physics. We think of black holes as cosmic vacuum cleaners, consuming everything that dares to approach their vicinity. Only the rare objects that cross the event horizon — a mere 2 cm across (as opposed to ~12,700 km for the actual Earth) — will get swallowed.