String Theory & M Theory

String Theory in Complex Quantum Mechanics

I have already given an explanation of the compatabilty of string theory in describing Loop Quantum Gravity.

Loop Quantum Gravity LINK

The diagrams show how a complex cylinder (zylinder) can create strings and these can be bent. Isolating these zylinders and just looking in the real plane recreates my F wave (or real string). I see these strings as ranging in size from the differential particle (say 10^-30 metres) to the complex particle (say 10^-900 metres). Their exact shape can be difficult to identify as their mass / energy signature shifts. and furthermore a complete wavelength may not have formed.
I have already commented at my Yahoo Group on Stephen Hawking's opinion of the latest action at a distance experiment.

M Theory in Complex Quantum Mechanics

M theory uses String Theory in multiple dimensions. The most basic string I use is situated in complex space between 3D and 4D but there is no reason why we cannot use higher dimensions.
I also introduce multi dimensional forces. While there are problems with pursing my concepts here because we have very lttle observable and attributable evidence it does represent a major theoretical improvement.
In addition my hyper dimensional geometry provides a much better framework for M Theory but in order for M Theory to advance it must agree with my analysis of multi dimensional forces or provide an alternative view.
Most M Theory papers I have come across are extremely intense and I prefer to comment on papers that have a wide readership to use my time effectively.