Experimental Evidence for Extra Dimensions

"A lot of the mathematics discoveries occur through lucky accidents like that... It's often a matter of connecting up ideas that might seem unrelated and then exploiting the newfound connection." ~ Shing-Tung Yau

This paper aims to show how the spectral line series are the signature markings of higher dimensions. A new conceptual model for quantum mechanics is explored to help resolve current mathematical difficulties and to experimentally qualify string theory's underlying principle.

String theory is currently described as having 6 "curled up" extra dimensions on the scale of 10^-33 centimeters or the so called Planck Length. This compactification induces moduli fields, which encode the information about the size and shape of he compact, hidden dimensions at each point in spacetime.

The Calabi-Yau manifold, which is one of the ways of compactifying the extra dimensions, may have shown its "face" on a much larger scale in a CymaScope photograph taken of harmonic oscillations of the Schumann resonance 7.83 Hz. This picture is compared against the CY3 x IR^1,3 manifold.

David Labay is a theorist of music and physics. His many insights into general relativity and quantum mechanics has given new hope for physicists in their search to find a theory of the universe that is simple and unique. One where the solution requires physicists to make conceptual changes in previous theories thought to be right.