can there is space-time quanta,as lattices contiguos,then the atoms and quantas
are deformations of tissues of space-time,that generates the "holes" that are
encapsulated locally energies,that "cut" the space-time and two quantic subspaces,and so until the infinite.then have the motion in space-time intervals,each one contiguos at the others.then the the quantizations are generated
by the space-times curves then in that curvatures haves the events past and futures that already unified by nets of informations send to the future,and that twisted remit that information to the past,in circularity of the motions.then STR and
STG is linked to the quantas as supertimes and superspaces that are metrics of
space-time through of riemannian topology geometry,that are the geons that leads
to the communications amongs the events,distants of the universe,as principle of mach that turn the gravity as reactions of the inetial generated simultaneouly by all the mass of universe.then the gravity are reactions produced by the smallers particles of the bodies,as if lift a body in the gravitational fieldof earth the resistence is not due at the gravity of earth,but yes due the influences of all the
others particles that are the somatorium of all the masses of the universe.
then the curvatures of space-time are compremied,and therefore the curvatures
of space-time when suffer breakdown,it is,the space-time is twisted itself,and are
the quantum in space-times

^ Looks like someone flicked through a page on supersymmetry during his travels through Google, with the mention of 'superspace' or perhaps he's just adding prefixes to things because he wants to sound fancy.

What's a quantic subspace? Why do space-time curves get generated by 'nets of information'? What's a 'geon'? What's a 'somatorium'? What does space-time suffering 'breakdown' mean?

Another jumble of gibberish from Mott.

I can see a certain flaw in our understanding of emptiness as a zero energy field. The zero is the manifestation of some equilibrium state. But each the zero energy can be even lower, decreasing towards the negative values. Whereas the true emptiness should be formed by the negative infinity, which cannot be lower furthermore.

By such way, each the observed zero energy field, like the vacuum, is the state of infinite positive energy density, in fact. This gives some sense, because by the AWT each the matter/energy is mediated by the environment formed by the even higher mass/energy density.

I agree, Nick, though it might not even be a uniform grid.

Field theories have a problem with handling discrete events - you might try to place discrete, point like, particles into an infinite field or continuum, but then you end up having a problem trying to describe the field through which they interact - at some point you have to be able to turn something into a 1 or 0, yes or no etc.

Instead if you quantize both space (time comes in discrete events and under relativity time = distance anyway, so distances would be quantized) and the particles within it, then you can simultaneous have what appear to be point like particles, but with spacial characteristics as well (as each "cell" of space occupies a finite time or volume and you're dealing with ratios of real integers without infinities or singularities).

So particles don't need to have a separate field - whatever "cell" of space they're in (which might not even be a uniform physical grid) becomes the field as interactions could occur at that cell. In this case there might appear to be a "particle" of space that appears to create fields of interaction and could inhabit a volume of space (possible variable volume, depending upon the density of other particles around it) and it could appear to be a catalyst for interactions between other particles, but doesn't exist as a physical particle detectable in isolation (much like quarks can only be found in pairs and appear to have some strong binding force that doesn't appear to be altered by distance).

You can generate what appear to be uniform fields by using massive recursion and iterating a small number of operations on a large scale. When you average results or look at diffusion over time, you get nice spherical shapes and the appearance of a Euclidean space, but you don't actually need that as an underlying "fabric" of space - statistics smooths out the rough edges, until you look close up at the details.