Theoretical Wormholes -“Could Be Hiding Within Dark Matter Inside the Milky Way”

Wormhole

 

“If we combine the map of the dark matter in the Milky Way with the most recent Big Bang model to explain the universe and we hypothesize the existence of space-time tunnels, what we get is that our galaxy could really contain one of these tunnels, and that the tunnel could even be the size of the galaxy itself. But there’s more,” explained Paolo Salucci, astrophysicist with SISSA and a dark matter expert. “We could even travel through this tunnel, since, based on our calculations, it could be navigable.”  Salucci is among the authors of the paper published in Annals of Physics.

Spacetime as Einstein revealed is a field; the universe and our galaxy is made only of fields and particles; space and time are not something else, something different from the rest of nature: they are just a field among the others. The idea of a wormhole was first proposed by none other than Einstein himself.

White Holes –Where Things Seem to Appear from Nowhere

In 1935 he wrote a paper with Nathan Rosen about how his theory of gravity might allow you to connect two distant points in space, connecting gravity to particle physics. It’s a problem that vexes us to this day. One end of this “Einstein-Rosen bridge” looks like a black hole, where things enter and don’t return, while the other end looks like the opposite. The result is a kind of white hole where things seem to appear from nowhere. 

White holes, says Carlo Rovelli, are black ones in reverse, spewing out matter– and they could give us our first glimpse of the quantum source of space-time.

This led to the idea that perhaps black holes could be wormholes to distant galaxies, or even other universes. But physicists eventually debunked the idea: a wormhole between distant stars, and the tunnel will collapse and pinch off before you have a chance to traverse it. In the 1970s Nobel  laureate physicist Kip Thorne and others showed you could line a wormhole with “exotic matter” to keep it open, but, unfortunately, that exotic matter couldn’t be any kind of matter that existed.

 

Undaunted, astrophysicists from the International School for Advanced Studies (SISSA) in Trieste, Italy, speculated in a 2015 study that wormholes, as predicted by Einstein in his theory of General Relativity as areas where space and time are bent to manipulate the distance, are possible, and could be hiding within dark matter inside the Milky Way. But, It would take a huge mass to produce the manipulation of spacetime, and no evidence of their existence has ever been found. Based on their theory, our galaxy could be a huge wormhole (or space-time tunnel) and, if that were true, it would be “stable and navigable.”

Beyond the Sci-fi Hypothesis

“Obviously we’re not claiming that our galaxy is definitely a wormhole, but simply that, according to theoretical models, this hypothesis is a possibility.” Can it ever be tested experimentally? “In principle, we could test it by comparing two galaxies — our galaxy and another, very close one like, for example, one of the Magellanic Clouds, but we are still very far from any actual possibility of making such a comparison.”

To reach their conclusions the astrophysicists combined the equations of general relativity with an extremely detailed map of the distribution of dark matter in the Milky Way: “the map was one we obtained in a study we carried out in 2013,” explains Salucci. “Beyond the sci-fi hypothesis, our research is interesting because it proposes a more complex reflection on dark matter.”

Dark Matter may be ‘Another Dimension’

As Salucci points out, scientists have long tried to explain dark matter by hypothesizing the existence of a particular particle, the neutralino, which, however, has never been identified at CERN or observed in the universe. But alternative theories also exist that don’t rely on the particle, “and perhaps it’s time for scientists to take this issue ‘seriously’,” concludes Salucci. “Dark matter may be ‘another dimension’, perhaps even a major galactic transport system. In any case, we really need to start asking ourselves what it is.”

“Our result is very important because it confirms the possible existence of wormholes. But there’s more. We could even travel through this tunnel, since, based on our calculations, it could be navigable. Just like the one we’ve all seen in the film ‘Interstellar’.”

Scientists had believed any wormholes which exist in the universe could simply be the size of a pin prick. However, the team of astrophysicists say the one in our galaxy could be big enough to fit a spaceship which could traverse the cosmos, as they would likely exist in other spiral galaxies.

“Obviously we’re not claiming that our galaxy is definitely a wormhole, but simply that, according to theoretical models, this hypothesis is a possibility,” Salucci observed.

The Last Word –“The universe is “not only queerer than we suppose, it is queerer than we can suppose.”

In his MK Blog, physicist, Michio Kaku, author of Blackholes, Wormholes and the Tenth Dimension, wrote: “Last June, astronomers were toasting each other with champagne glasses in laboratories around the world, savoring their latest discovery. The repaired $2 billion Hubble Space Telescope, once the laughing stock of the scientific community, had snared its most elusive prize: a black hole. But the discovery of the Holy Grail of astrophysics may also rekindle a long simmering debate within the physics community. What lies on the other side of a black hole? 

“If someone foolishly fell into a black hole,” Kaku continuers, “ will they be crushed by its immense gravity, as most physicists believe, or will they be propelled into a parallel universe or emerge in another time era? To solve this complex question, physicists are opening up one of the most bizarre and tantalizing chapters in modern physics. They have to navigate a minefield of potentially explosive theories, such as the possibility of  wormholes, white holes,  time machines, and even the 10th dimension! This controversy may well validate J.B.S. Haldane’s wry observation that the universe is ‘not only queerer than we suppose, it is queerer than we can suppose’.”

When asked if it is possible that both dark matter and dark energy could support a traversable wormhole, theoretical mathematician Peter Kuhfittig, told The Daily Galaxy: “The best answer is that one can’t simply dismiss this idea — provided that we are dealing with very large scales.  This may be interesting enough but also highly speculative.  It probably shouldn’t be taken too seriously.”

Avi Shporer, Research Scientist, with the MIT Kavli Institute for Astrophysics and Space Research via  SISSA

Image credit: Shutterstock License

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