To me having defined the length at which this geometry must emerge from, and where it would exist at, is a formal agreement that must be struck?
So whether we use LQG in its attempts or strings here, we are after a fundamental unit of measure. Does someone else have a method they would liketo include here?
Notice that in these new units, increasing energy means decreasing length. Distances scales that are much smaller than the size of an atom have mass scales associated with them that are much larger than 2000 eV. That is typical behavior for quantum mechanics. The de Broglie relation for wave-particle duality
http://superstringtheory.com/equations/deBroglie.gif
also shows that in quantum physics, it is necessary to use a large energy or momentum scale to probe a small distance scale. That's why particle accelerators are like microscopes. When the particle accelerator energy gets bigger, the distance scale being probed gets smaller.
http://superstringtheory.com/unitsa.html
So in having done, so we needed formulate, based on the history, so that we could see who was guiding what, through our conceptions, in the attempt at unification of GR and QM. To me, if QM is entertaining, we are implementing subtle thoughts to a diverse probability scenario.
Are we being true to ourselves by saying how erroeous the ideas are in QM might we of implored in using consciousness?
Theoretical physicists are now confident that the role of the Planck values in quantum gravity, cosmology, and elementary particle theory will emerge from a unified theory of all fundamental interactions and that the Planck scales characterize the region in which the intensities of all fundamental interactions become comparable. If these expectations come true, the present report might become useful as the historical introduction for the book that it is currently impossible to write, The Small-Scale Structure of Space-Time.
http://people.bu.edu/gorelik/cGh_FirstSteps92_MPB_36/cGh_FirstSteps92_text.htm
Marcus was right to point one in the direction of
QG and Planck units to aid in the process of the further model developement. So this, has to be taken into account as a standard. How would we model our perceptions, on the elements of such lengths?
So is there an agreement here that such mathematics although statistically based, must have recognized the values assigned to Planck length in terms of those energies? How each "QG model" assigns itself to these features?
So to me again we are faced with a highly based mathematical abstractive world, that must arise from fundamental values. In each presentation then we are looking for these consistancies to emerge.
If from a SRian approach to precede GR, the expression of LQGian perspective saids, " we can arrive at it much differently", then the GRianistic interpretation stringist implore. These are "conceptuals frameswork", that treat the question of a "geometry," that should emerge from those values, discerned from fundamental units?