Just rambling a little buffy don't worry about it. I think you guy's tossed around all this stuff deep in the thread.
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Folding space and wormholes are the same thing from a mathematical point of view.
Take a sheet of paper, fold it in half, and then punch a hole through this folded sheet of paper, this is called "folded space". It is also called a simply-connected manifold. So, mathematically they are the same.
You have one point here at the collider, but where might you guess the other point opens? Could it be the most "locally" massive object that is the attractor, our sun? Even a hole several atoms wide between the Earth and the sun would have devastating consequences depending upon how long it stayed open.
If the scale of quantum gravity is near a TeV, the CERN Large Hadron Collider (LHC) will be producing one black hole (BH) about every second, thus qualifying as a BH factory. With the Hawking temperature of a few hundred GeV, these rapidly evaporating BHs could produce new, undiscovered particles with masses ~100 GeV.
In the end all forces can be traced back to symmetries. From our past experience there is no reason to believe that there couldn't be a global symmetry that governs all forces. Think for a moment of the pressure differences that could be initiated between these unknown's, by mere locality.
SN1987A brought into focus the central problem of supernova astrophysics: that massive stars explode far more readily in the real universe than they do in the simulated world within large computers. Computer models used by astrophysicists to test their understanding of how a supernova works. Within such models supernovas either refuse to explode or do so with great reluctance.
A maxim in physics is that if you look where no one has looked before, you may find what none has found before. The standard model is clearly incomplete. It has approximately 39 "adjustable" parameters - particle masses, force constants, and so on, which must have their basis in some deeper and more fundamental underlying aspects of nature.
Where is the true bridge between forces?
"About 70% of the energy in the universe is in the vacuum, about 5% is in the form of normal matter (protons, planets, stars, galaxies, etc.), and the remaining 25% is "dark matter", mysterious invisible particles that inhabit the haloes of galaxies. This new understanding raises far more questions then it answers. Why and how does the vacuum store energy? What is the dark matter? Why is the energy from the Big Bang distributed in this particular way? Is the energy in the vacuum constant with time, or is it changing? Could the vacuum suddenly decide to dump its energy and restart the Big Bang?"
http://www.cs.sun.ac.za/~jcombrink/AlternateWebsite/altvw96.html