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Tunnel name generator
Tunnel name generator








tunnel name generator tunnel name generator

A bigger wormhole seems to require a process or type of matter that is both unusual and believable.

tunnel name generator

But so far, familiar physics has delivered only microscopic wormholes. “Exotic” does not mean physicists can dream up any sort of stuff that gets the job done on paper. The challenge is that the process that creates the wormhole and the exotic matter that stabilizes it cannot stray too far from familiar physics. Second, the kinds of wormhole-creating processes that scientists had studied rely on effects that could prevent a macroscopic traveler from entering. Making a stable wormhole requires some kind of extra, atypical ingredient that acts to keep the hole open, which researchers call “exotic” matter. First, it turns out that in general relativity, the gravitational attraction of any normal matter passing through a wormhole acts to pull the tunnel shut. Subsequent work expanded this idea but turned up two persistent challenges that prevent the formation of easily spotted, humanly usable wormholes: fragility and tininess. The journey might be as if you went down the drain of your bathtub, and instead of getting stuck in the pipes, you came out into another tub just like the first. Einstein and Rosen discovered that, theoretically at least, a black hole’s surface might work as a bridge that connected to a second patch of space. They studied the strange equations that we now know describe that unescapable pocket of space we call a black hole and asked what they really represented. The original idea of a wormhole came from physicists Albert Einstein and Nathan Rosen. But new work offers hints of how they could arise, and the process may be easier than physicists have long thought. Are they real? And if they are out there in our cosmos, could humans hope to use them for getting around? After their prediction in 1935, research seemed to point toward no-wormholes appeared unlikely to be an element of reality. Today another strange prediction from general relativity-wormholes, those fantastical sounding tunnels to the other side of the universe-hang in the same sort of balance. Over the years, though, evidence has accumulated that black holes are very real and even exist right here in our galaxy. They might have been a quirk of the complicated math used in the then still young general theory of relativity, which describes gravity. In the early days of research on black holes, before they even had that name, physicists did not yet know if these bizarre objects existed in the real world.










Tunnel name generator