Quantum Space Theory

Quantum Space Theory is similar to M-Theory with its use of an eleven-dimensional model to describe our physical reality, Quantum Space Theory (QST) utilizes an eleven-dimensional model to explain and unify quantum mechanics and general relativity. Nine of the model's dimensions are spatial and the remaining two are dimensions of time. The QST model's foundation is based on the the works of Max Planck and his theory that space and time can be truncated into base measurements defined by Planck's Constant.
QST claims to provide a model that allows even a layman to visualize eleven dimensions of space and time as well as explain the physical relationship and characteristics of mass, gravity, blackholes, dark matter, and many other physical phenomena.
Visualizing 11 Dimensions model
Using x, y, and z coordinates we can describe the location of anything in our three dimensional reality. QST claims that the three dimensional coordinates x, y, and z cannot, however, define a line or position smaller than a planck length. QST says that if you want to describe a location on or within a hypothetical cube that is one planck length high, long, and wide, or in other words a quantum, then you would need three new independent dimensional descriptors not limited to a plank length. With the three undisputed dimensions, x, y, and z, and three more theoretical dimensions to describe a location on or in a particular quantum we have a total of six possible dimensions. QST also suggests that all matter is made up of quanta, even the very void of space that we define as nothingness. Among this perceived seamless ocean of quantized space each quantum has a variable distance between one another. This distance between individual quantum is denoted as superspace and requires yet another set of three independent dimension descriptors. With three more descriptors that indicate location of a quantum in relation to a neighboring quantum we have a total of nine possible dimensions. The remaining two of the eleven dimensions are dimensions of time. QST says that one of the two dimensions of time is dictated by the resonance of individual quanta and the second dimension of time is dictated by the velocity of individual quanta and is denoted as supertime.
A book containing practical concepts of this model and mathematical formulas that QST utilizes is being written by Thad Roberts. It is entitled Einstein's Intuition and its scheduled to be published in 2012.

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