Wormholes . . .

. . . or the Einstein-Rosen Bridge


It’s a pleasure for me to host again Massimo Marino, author of the best-selling science fiction trilogy “Daimones”. Massimo is a real scientist and in this article he’ll explain us what wormholes are.


In 1963, Roy Kerr found that if a black hole is rotating it creates a space-time singularity in the form of a ring, not a point, and that in principle a particle may be able to fall through the hole instead; the particle may not be lost forever. When this was published, black holes were not believed to exist and therefore the Kerr solution only really developed in the 1970s, after astronomers discovered what seem to be real black holes. - Hawking 1988 and John Gribbin Homepage

There’s no empirical proof that a wormhole can hold its promises, and a computer simulation run in 1998 raised doubts in that the simulation couldn’t find conditions to keep the wormhole stable, i.e., open.

Less than a year after Einstein had formulated his equations of the general theory, the Austrian Ludwig Flamm realised that a solution to Einstein’s equations described a wormhole connecting two regions of flat space-time; two universes, or two parts of the same universe. Could, thus, these bridges be used for interstellar travels?

Indeed, Einstein himself, working at Princeton with Nathan Rosen in the 1930s, discovered that the equations represent a black hole as a bridge between two regions of flat space-time, the phenomenon known since then as the “Einstein-Rosen bridge”. Another property of black holes, ignored by everyone except very few top level mathematicians and physicists, is that a black hole always has two “ends”, a black one and a white one, the exit side into another (location of the) universe.

Another problem that the computer simulation revealed is that in order to traverse an Einstein-Rosen bridge from one universe to the other, a traveller would have to move faster than light at some stage of the journey, and that would violate one Einstein himself, unless . . .

Two researchers at CalTech, Yurtsever and Thorne, found that the equations dictate that in order for an artificial wormhole to be held open, its throat must be threaded by some form of matter, or some form of field, that exerts negative pressure, and antigravity associated with it.

Richard F. Holman, professor of physics at Carnegie Mellon, explained this in an interview with Scientific American. In order to stabilise wormholes opening, quantum fluctuations in various fields might be able to just do that. And the work of many others on the behaviour of quantized fields demonstrated that quantum field effects could indeed hold open a macroscopic wormhole.

Large enough to have a spaceship travel through? It depends; it depends on the amount of energy achievable to create the bridge.

And this closes the loop, as a rotating Kerr black hole might actually be the source.

A vision from 1933 brought the Daimones to visit, study, and decide about the future of the race of men.

Massimo Marino
Science fiction author
www.massimomarinoauthor.com



MASSIMO MARINO is a scientist envisioning science fiction. He spent years at CERN and The Lawrence Berkeley Lab followed by lead positions with Apple, Inc. and the World Economic Forum. He is also co-founder of “Squares on Blue”, a Big Data Analytics service company.

Massimo currently lives in France and crosses the border with Switzerland multiple times daily, although he is no smuggler.
As a Scientist, he envisions Science Fiction and went from smashing particles at accelerators at SLAC and CERN to smashing words on a computer screen.

He’s the author of multi-awarded Daimones Trilogy.

• 2012 PRG Reviewer’s Choice Award Winner in Science Fiction
• 2013 Hall of Fame - Best in Science Fiction, Quality Reads UK Book Club
• 2013 PRG Reviewer’s Choice Award Winner in Science Fiction Series
• 2014 Finalist - Science Fiction - Indie Excellence Awards L.A.
• 2014 Award Winner - Science Fiction Honorable Mention - Readers’ Favorite Annual Awards

His novels are available from Amazon, Barnes & Noble (Nook), iTunes Apple Store, and many other retailers around the world.

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