For those of us who study various ancient documents as well as the works of HP Blavatsky and others, this is certainly very old news, but once again modern science has shocked us with a revelation. Please read this press release from the University of Buffalo for more details.
BUFFALO, N.Y. -- Did the early universe have just one spatial dimension?
That's the mind-boggling concept at the heart of a theory that University at Buffalo physicist Dejan Stojkovic and colleagues proposed in 2010.
They suggested that the early universe -- which exploded from a single point and was very, very small at first -- was one-dimensional (like a straight line) before expanding to include two dimensions (like a plane) and then three (like the world in which we live today).
The theory, if valid, would address important problems in particle physics.
Now, in a new paper in Physical Review Letters, Stojkovic and Loyola Marymount University physicist Jonas Mureika describe a test that could prove or disprove the "vanishing dimensions" hypothesis.
Because it takes time for light and other waves to travel to Earth, telescopes peering out into space can, essentially, look back into time as they probe the universe's outer reaches.
Gravitational waves can't exist in one- or two-dimensional space. So Stojkovic and Mureika have reasoned that the Laser Interferometer Space Antenna (LISA), a planned international gravitational observatory, should not detect any gravitational waves emanating from the lower-dimensional epochs of the early universe.
Stojkovic, an assistant professor of physics, says the theory of evolving dimensions represents a radical shift from the way we think about the cosmos -- about how our universe came to be.
The core idea is that the dimensionality of space depends on the size of the space we're observing, with smaller spaces associated with fewer dimensions. That means that a fourth dimension will open up -- if it hasn't already -- as the universe continues to expand.
The theory also suggests that space has fewer dimensions at very high energies of the kind associated with the early, post-big bang universe.
If Stojkovic and his colleagues are right, they will be helping to address fundamental problems with the standard model of particle physics, including the following:
"What we're proposing here is a shift in paradigm," Stojkovic said. "Physicists have struggled with the same problems for 10, 20, 30 years, and straight-forward extensions of extensions of the existing ideas are unlikely to solve them."
"We have to take into account the possibility that something is systematically wrong with our ideas," he continued. "We need something radical and new, and this is something radical and new."
Because the planned deployment of LISA is still years away, it may be a long time before Stojkovic and his colleagues are able to test their ideas this way.
However, some experimental evidence already points to the possible existence of lower-dimensional space.
Specifically, scientists have observed that the main energy flux of cosmic ray particles with energies exceeding 1 teraelectron volt -- the kind of high energy associated with the very early universe -- are aligned along a two-dimensional plane.
If high energies do correspond with lower-dimensional space, as the "vanishing dimensions" theory proposes, researchers working with the Large Hadron Collider particle accelerator in Europe should see planar scattering at such energies.
Stojkovic says the observation of such events would be "a very exciting, independent test of our proposed ideas."
Philosophically or logically, if everything has to emerge out of one, then it cannot be anything but a single dimension.
As the capacity of human mind grows with evolution, we may be able to perceive dimensionless origin.
or zero dimensions. The article says 'a single point,' which is zero-dimensional, but then it describes it as actually having a dimension instead. It seems scientists are perhaps afraid of singularities being real mathematical points.
or infinite dimensions, just filled with nothing at the time
It's commonly misunderstood by many that before anything there was limitless space and then the "big bang" or whatever you want to call it, occurred and matter/energy at all levels exploded into this space.
Actually, according to mystery traditions and advanced thinking by the New Scientists, space/time and all dimensions, as we experience and conceive of them, came into existence out of "nothing." Even Hawking has admitted this.
Of course, the materialists "nothing" is a blank to them, but only a perceptional horizon. To the metaphysical/spiritual schools, the "nothing" is pregnant with intelligence and an infinite energy of its own. It is knowable, in higher consciousness states, but not describable nor measurable.
That goes back to the recent forum which pointed out how all descriptions fall short and appear as paradoxes and contradictions to the linear mind.
I do not see why you say that, and those mystery traditions seem a bit strange. If there is space now, it is unreasonable to say at some time it did not exist; the same goes for matter. Matter could have been in a singularity, but that does not mean space did not exist. That would be ludicrous.
Quantum Loop Gravity has a 'Big Bounce' not a Big Bang.
No singularity at t=0
No Inflation-phase needed.
it is always 4-D
FYI - this is NOT a Unified Field Theory
Just another thing to look at. <G>