Japanese and Korean scientists are screwing around with quantum wormholes that could trigger a new universe forming in our universe.
Quantum wormholes could carry people
Exclusive from New Scientist
All around us are tiny doors that lead to the rest of the Universe.
Predicted by Einstein's equations, these quantum wormholes offer a faster-than-light short cut to the rest of the cosmos - at least in principle. Now physicists believe they could open these doors wide enough to allow someone to travel through.
Quantum wormholes are thought to be much smaller than even protons and electrons, and until now no one has modelled what
happens when something passes through one. So Sean Hayward at Ewha Womans University in Korea and Hisa-aki Shinkai at the
Riken Institute of Physical and Chemical Research in Japan decided to do the sums.
They have found that any matter travelling through adds positive
energy to the wormhole. That unexpectedly collapses it into a black hole, a supermassive region with a gravitational pull so strong not even light can escape.
But there's a way to stop any would-be traveller being crushed into oblivion. And it lies with a strange energy field nicknamed "ghost radiation". Predicted by quantum theory, ghost radiation is a negative energy field that dampens normal positive energy.
Similar effects have been shown experimentally to exist.
Delicate balance
Ghost radiation could therefore be used to offset the positive energy of the travelling matter, the researchers have found. Add just the right amount and it should be possible to prevent the wormhole collapsing - a lot more and the wormhole could be
widened just enough for someone to pass through.
It would be a delicate operation, however. Add too much negative
energy, the scientists discovered, and the wormhole will briefly
explode into a new universe that expands at the speed of light, much as astrophysicists say ours did immediately after the big bang.
For now, such space travel remains in the realm of thought
experiments. The CERN Large Hadron Collider in Switzerland is expected to generate one mini-black hole per second, a potential source of wormholes through which physicists could try to send quantum-sized particles.
But sending a person would be another thing. To keep the wormhole open wide enough would take a negative field
equivalent to the energy that would be liberated by converting the mass of Jupiter.
Charles Choi
For more exclusive news and expert analysis every week subscribe to New Scientist print edition.
http://www.newscientist.com/news/news.jsp?id=ns99992312
Quantum wormholes could carry people
Exclusive from New Scientist
All around us are tiny doors that lead to the rest of the Universe.
Predicted by Einstein's equations, these quantum wormholes offer a faster-than-light short cut to the rest of the cosmos - at least in principle. Now physicists believe they could open these doors wide enough to allow someone to travel through.
Quantum wormholes are thought to be much smaller than even protons and electrons, and until now no one has modelled what
happens when something passes through one. So Sean Hayward at Ewha Womans University in Korea and Hisa-aki Shinkai at the
Riken Institute of Physical and Chemical Research in Japan decided to do the sums.
They have found that any matter travelling through adds positive
energy to the wormhole. That unexpectedly collapses it into a black hole, a supermassive region with a gravitational pull so strong not even light can escape.
But there's a way to stop any would-be traveller being crushed into oblivion. And it lies with a strange energy field nicknamed "ghost radiation". Predicted by quantum theory, ghost radiation is a negative energy field that dampens normal positive energy.
Similar effects have been shown experimentally to exist.
Delicate balance
Ghost radiation could therefore be used to offset the positive energy of the travelling matter, the researchers have found. Add just the right amount and it should be possible to prevent the wormhole collapsing - a lot more and the wormhole could be
widened just enough for someone to pass through.
It would be a delicate operation, however. Add too much negative
energy, the scientists discovered, and the wormhole will briefly
explode into a new universe that expands at the speed of light, much as astrophysicists say ours did immediately after the big bang.
For now, such space travel remains in the realm of thought
experiments. The CERN Large Hadron Collider in Switzerland is expected to generate one mini-black hole per second, a potential source of wormholes through which physicists could try to send quantum-sized particles.
But sending a person would be another thing. To keep the wormhole open wide enough would take a negative field
equivalent to the energy that would be liberated by converting the mass of Jupiter.
Charles Choi
For more exclusive news and expert analysis every week subscribe to New Scientist print edition.
http://www.newscientist.com/news/news.jsp?id=ns99992312
