Hi Marcel-Marie,
No website. But it's something to work on.
These Planck action quanta, with radius of R=ct, are an unlimited quantity, constantly expanding from a point everywhere in spacetime, since the big bang. They will replace the Copenhagen and many world interpretation of quantum mechanics because, as they expand, they collide with particulate matter and naturally become the "things" that quantum wave functions are describing. Most quantum wave functions have momentum, position and spin states associated with them. These PAQeons (Planck action units) therefor have to have momentum, position and spins states built into them. PAQeons also have all of the physics constants built into them as measureable behavior; at least h, c, G. The gravitational constant is expressed when PAQeons start to overlaps as they get large and become part of the spacetime continuum. PAQeons have a surface area A = 4pi(ct)^2 and a volume V = 4/3pi(ct)^3. The overlapping of surface area by many PAQeons is the "present", the time at which interaction between particles occuplying quantum states is possible. The volume(s) of PAQeons is considered the (hidden) history of quantum states and is considered inaccessible except for one experimentally testable case. If two photons are quantum entangled, that are said to have a PAQeon between them. The quantum states inside of the PAQeon could be used to store gravitation potential energy, opening the door to low energy gravity field manipulation. The PAQeon is the intended answer to the light cone. Why is the speed of light invariant? Answer: because PAQeons do all the work. All of the quantum states built into the PAQeon connect directly to standard model particles. The creation of standard model particles has to do with the high energy interaction of "many" PAQeons in a way that creates particle fields. PAQeons are both clocks and rulers. Short lived PAQeons become the quantum wave functions. Longer lived PAQeons overlap their quantum states of position to become spacetime geometry. So the answer to: why is QM so different from GR? The answer is that one or a few PAQeons create quantum wavefunctions, but very large numbers of overlapped PAQeons become spacetime geometry.
PAQeons are better than superstrings because superstrings need 11D of spacetime. PAQeons provide the building blocks of spacetime, and also the quantum states with which to put particles. PAQeons also radiate from inertial reference frames to spread "information" and to assert: which frame is largest/heaviest to determine which twin ages in relativistic experiments.
The other nice thing about PAQeons is that we can finally answer: why does time have a direction? Because PAQeons ONLY expand, mix with other PAQeons, and establish a permanent history.
Jason
