Current theory suggests that it may be possible but likely only for particles like photons. Is there a bottom to the pit? Does it connect somewhere else? This is where wormholes come in and the possibility of connections to other dimensions. Ok, so for now, let’s continue the visualization of a black hole pulling the fabric of spacetime. From this angle, we can see the elliptical shape of the orbit.
View 2 of the blue star as it travels around the black hole. But a pit? It’s a helpful oversimplification. Astronomers have shown that there is a black hole as shown by the orbits of the blue stars that travel around it. It’s a helpful way to imagine the S2 star coming dangerously close to the edge of the black hole.īut is there really a pit in the center of our galaxy? Yes and no. This classic rendition of a black hole is shown in our illustration of Sagittarius A at the center of our galaxy. We can viscerally imagine a simple slip quickly turning into an unrecoverable slide into the abyss. As the walls’ steepness increases, so does gravity. Like a “Star Wars” Sarlacc pit, a black hole’s steepness correlates with the chance of escape. This leads us to the black hole drawing we’ve become most accustomed to-the classic ‘pit’ of doom. In this view, spacetime is drawn as an endless trampoline, dented by planets, stars, and black holes. How do you draw a black hole? Today we’re revisiting some of our favorite black hole drawings and looking at the science behind our tricks.Įinstein’s theory of relativity helped create a framework for understanding the physical landscape of gravity-a place where large objects warp the surrounding space around them. Extend this to a black hole, and the ‘mesh’ of space is stretched into an infinite funnel. Black Hole Drawings, the Science Behind the Art The earth’s gravity holds the moon orbiting it, while the sun holds the planets to it.
0 kommentar(er)
