transcendent quantum π graceli. waves - particles - interactions.

Transcendental theory graceli n-dimensional quantum for pi.

Transcending particles to waves and waves to particles.
Pi quantum interactions.
Transcendent system involving energy particle interactions and waves.

Where we have even within particles are waves interactions as potential energies and forming curves and wavy movements connections as the energy of the particles, ie, have curves next pi interactions, this is also the sockets, in spreads in the form of particles and their spins.


Pi quantum graceli - to wave to particles and orbits.
We have the medial pi to n-dimensions.

Where we have the variational geometric curved forms, interactions, transformations of energy as also the dimensions and dimensional pi as a dimension.

That is, the nature of matter is not divided into waves particles, but in quantum and dimensional interactions and quantum pi, and energy of this quantum dimensional.

Imagine a system of particles spread, they are in waves and binding interactions and transformations and energy exchanges between them, and this is the quantum dimensional.

And these curved movements of the waves, the orbits and spins of the particles are quantum particles and pi of its waves. Where have networks such as fishing nets linking toas the particles as a dimensional physical entanglement of quantum pi.


I + P + pi h + h = wave particle interactions and quantum index + pi + energy quantum index / pi / p divided by pi divided by progressions. = Indeterminalidade between interactions and transcendent exchanges of energy and its variations.


  μ Δ [I + P + h + h pi] = / [pi / p P].


Note here graceli uses the medial instead of full and progressive rather than derived.

Thus we have the n-dimensional quantum pi interactions and variables and differential geometry curves and oscillatory flows during its spread. So does the spins. And parities.




Graceli calculations.

Medial.


Estatistical
A maximum flow between a and b, c and minimum between Ed and average between f, and will be alternating x te. d with intensity and frequency f / t.


Alternancial.
With flow through c f, w g stream to thereby infinitely. If the medial strip of alternating flows of each phase. can have their values ​​to each alternation or have medial or estatistical for a time or all the time T.

Sub sequential.

As we have seen are the sub sequences of each element forming other sub sequences thus infinitely.