Existence of the 3D Phase space of time

About this report

This report is an invitation for an imaginary race between leading groups of physicists who will first execute the decisive experiment between the standard and the alternative cosmology based on the same fundamental principles.


Dedicated to Stefan Denaerde for introducing the equilateral pyramid model


This scientific note is meant for experimental physicists as an invitation to execute some decisive experiments between two equivalent theories.

Since the solid proof that our cosmos has been evolved from 1024^28 binary divisions under the constraint of the rotational symmetries of the equilateral pyramid then conserving 1 electron per cubic meter in Newtonian spatial space, the pseudo vector theory for a mediating neutrino ‘vacuum’ can be subjected to an experiment of gravitational levitation manipulating this vector ‘vacuum’ around a gravity generating source.

A precursor experiment for drilling electromagnetic holes through the surface of Earth with one frequency source is relatively easy to accommodate.

A second decision experiment is to simulate the flux of pseudo e-neutrinos around the sun explaining why the observed inter planetary magnetic field is a factor hundred higher than predicted. The simulation is by an electron current which is less costly.

CONTENT BOOK 1: ‘Existence of the 3D phase space of time (Revised edition)’

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Chap 1
A longish introduction about the theory of pseudo vector neutrinos
Chap 2
Derivation of the pyramid symmetries for quarks.
Par 2.0 to 2.4: The spectacular and tentative atom /quark model.
Par 2.5: Comments and outstanding exercises.
Chap 3
Proof of the binary inversion symmetry and the symmetry of the equilateral pyramid
Intermezzo:Introduction to the physics of gravity
Chap 4
Precursor experiment for drilling electromagnetic holes through the surface of Earth
Chap 5
Proposal for the pilot experiment of gravitational levitation
Chap 6
Scaling calculations for the pseudo vector neutrinos of the weak vacuum and conjugated excitations
Chap 7
Definition and overview of the coherent Helmholtz phase space of time.
Chap 8
Static quark model based on the rotational symmetries of the equilateral pyramid


To prove in chap 3 that the number of electrons or positrons per meter follows (1024^4 /(8/3 x 1.00521) binary steps, the preparations in chap 1 and 2 are needed. In these chapters the pyramid symmetries for a coherent momentum phase space had to be analyzed. The quark symmetries in this phase space determine that 12^12 momentum dipole exchanges are needed to equal the length of the electron string of 4.121021 10^11 steps for the reciprocal of Compton’s length of λe = 2.426583 10^-12 meter.

Chap 3 par 1 and 2 show that Compton’s parameter determine the cut off at Planck’s length. Actually the number of binary divisions of {(1024)^4}^7 = (1024)^28 is needed to generate the final state of the evolving universes encompassing one electron per cubic meter. The last includes the four states of the electron as positron in the anti matter universe as the two conjugation states of each. The onset at Tbig is the mean of the statistics of τ-lepton composed of two quark cells for the four states of energy. As shown the electron is composed from (1024)^4 divisions having a coupling constant to the quark cell of (8/3 x 1.000512) per inversions up to the 7th power. The internal parameters of a particle in general can only exist in exchange to a vector ‘vacuum’ composed of pseudo neutrinos having an effective velocity of exchange of ½c.

The last paragraph in chap 3 reflects on an overview between the pseudo vector theory and other developments in fundamental physics.

After an intermezzo about gravity in relation to the pseudo vector ‘vacuum’ around matter proposals of experiments in chap 4 and 5 are given:

A precursor experiment for drilling electromagnetic holes through the surface of Earth.
Followed by the derivation for the substitution angle between tangential and radial component
of the ‘pseudo vacuum’ around a macroscopic gravity generating mass.
A pilot experiment for gravitational levitation, chap 5.

Chap 6 shows all the scaling calculations to validate the hypothesis of pseudo vector neutrinos of the ‘weak vacuum’ as far as not mentioned in the previous chapters.

In chap 7 a summary of Helmholtz phase space of early work preceding above paragraphs to explain the existence of pseudo vector neutrinos based on the crossing event exchange for opposing 4D-time intervals resulting in the dynamic resonance Helmholtz 3D-phase space.