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What are black holes? Black holes are the aftermath of the death of a massive star where gravity pulls so forcefully, not even light or its speed can escape. There are three different types of black holes: mini, stellar mass, and supermassive. Stellar mass black holes are when a star collapses on itself and turns into a supernova where the remains of the star is ejected into space.
What are black holes? Black holes are the aftermath of the death of a massive star where gravity pulls so forcefully, not even light or its speed can escape. There are three different types of black holes: mini, stellar mass, and supermassive. Stellar mass black holes are when a star collapses on itself and turns into a supernova where the remains of the star is ejected into space.
Mini and supermassive black holes are thought to have formed at the big bang or the beginning of the universe. A black hole is comprised of two main parts, the one-way horizon called the event horizon where nothing can return and a singularity where matter is crushed by an infinite density and gravity. Black holes are almost impossible to detect, but how do we even know if they’re real?
Mini and supermassive black holes are thought to have formed at the big bang or the beginning of the universe. A black hole is comprised of two main parts, the one-way horizon called the event horizon where nothing can return and a singularity where matter is crushed by an infinite density and gravity. Black holes are almost impossible to detect, but how do we even know if they’re real?
Well, scientists can in fact observe these anomalies through high tech telescopes. These telescopes are able to point out where black holes are, due to the matter around them being affected. Scientists still don’t know much about black holes, such as, what happens when you enter a black hole, what’s on the other side and how do we escape them? When we get into the “other side” of the black hole, then it turns into more of a particular wormhole.
Well, scientists can in fact observe these anomalies through high tech telescopes. These telescopes are able to point out where black holes are, due to the matter around them being affected. Scientists still don’t know much about black holes, such as, what happens when you enter a black hole, what’s on the other side and how do we escape them? When we get into the “other side” of the black hole, then it turns into more of a particular wormhole.
Wormholes are tunnels connecting two different areas of space. Only thought of as a theory, these wormholes are considered to be the passage through space-time. Space-time has an infinite curvature where it acts as a rubber sheet and the “balls” (or planets) bend around them and matter somewhat bends the space-time “blanket”. This means a black hole’s mass becomes completely compressed into an area containing no volume. This theory was proposed by Albert Einstein through general relativity. This theory mathematically predicts the existence of these, but none have been found to this day. It is composed of one black hole and one white hole connected by a bridge where it is thought you could reduce the time of travel. The theory of such travel is complicated.
Wormholes are tunnels connecting two different areas of space. Only thought of as a theory, these wormholes are considered to be the passage through space-time. Space-time has an infinite curvature where it acts as a rubber sheet and the “balls” (or planets) bend around them and matter somewhat bends the space-time “blanket”. This means a black hole’s mass becomes completely compressed into an area containing no volume. This theory was proposed by Albert Einstein through general relativity. This theory mathematically predicts the existence of these, but none have been found to this day. It is composed of one black hole and one white hole connected by a bridge where it is thought you could reduce the time of travel. The theory of such travel is complicated.
One complication is size. Primordial wormholes are at microscopic levels, making things just a LITTLE bit hard to travel through when we’re over three times its size. One other problem is stability. This makes travel nearly impossible because wormholes are easily collapsible.
One complication is size. Primordial wormholes are at microscopic levels, making things just a LITTLE bit hard to travel through when we’re over three times its size. One other problem is stability. This makes travel nearly impossible because wormholes are easily collapsible.
Recent studies show if a wormhole contain “exotic” matter, such as negative energy density and negative pressure, then this could make time travel easier because this matter is thought to be able to help the wormholes stay open for longer periods of time. But even with this exotic matter, the addition of regular matter could be enough to collapse the wormhole once again. It’s not necessarily thought to be a way to travel back in time but more of a way to reach places far away in a shorter amount of time. Wormholes are not only thought to connect two areas of space but also two different universes. Opening our minds to an entirety of possibilities making even the greatest of possibilities a reality. Although this travel is thought to be nearly impossible, some scientists believe there will be a way to one day solve the theory of space-time travel. Astrophysicists are even working on a new found “string theory” that could possibly solve the problems of the mysterious black hole that has been puzzling scientists for years.
Recent studies show if a wormhole contain “exotic” matter, such as negative energy density and negative pressure, then this could make time travel easier because this matter is thought to be able to help the wormholes stay open for longer periods of time. But even with this exotic matter, the addition of regular matter could be enough to collapse the wormhole once again. It’s not necessarily thought to be a way to travel back in time but more of a way to reach places far away in a shorter amount of time. Wormholes are not only thought to connect two areas of space but also two different universes. Opening our minds to an entirety of possibilities making even the greatest of possibilities a reality. Although this travel is thought to be nearly impossible, some scientists believe there will be a way to one day solve the theory of space-time travel. Astrophysicists are even working on a new found “string theory” that could possibly solve the problems of the mysterious black hole that has been puzzling scientists for years.
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Sources:
Casares, Jorge. "Observational evidence for stellar-mass black holes." [astro-ph/0612312] Observational evidence for stellar-mass black holes. N.p., 12 Dec. 2006. Web. 08 Mar. 2017.
Contributor, Nola Taylor Redd Space.com. "What is a Wormhole?" Space.com. N.p., n.d. Web. 16 Mar. 2017.
Institute of Astronomy - Design by D.R. Wilkins and S.J. Crass. "Institute of Astronomy." Stellar mass and supermassive black holes | Institute of Astronomy. N.p., n.d. Web. 08 Mar. 2017.
"Stellar Black Hole | COSMOS." Centre for Astrophysics and Supercomputing. N.p., n.d. Web. 08 Mar. 2017.
"Stellar black holes." Spacefan.org. N.p., 15 Feb. 2017. Web. 08 Mar. 2017.
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