Establishing the Equation of the Wave Function and the System Model (ρ, m, v)

The main purpose of this topic is to better understand new aspects of matter and energetic systems and to give new theorems and relations based on having an idea about the behaviour of matter either on the mass side of the volume or the volume density this gives us newly exploit relationships but on the basis of the corrective theorem of the equation of light and that will guide us to have an explanatory model of the material and hence the systems outside the vacuum or inside the void.

Establishing the equation of the wave function and the system model (ρ, m, v):

Realization of the equations necessary to establish the density the volume the mass and assembly of the system (ρ, m, v):

And we have the following two relationships:

So we have the following relationship:

With: γ = new acceleration of light: γ = c²

and : mε² =ε^′2

So we established the following new relationship:

E′ =γε^′2

This is the new equation of light in infinite spaces condensed by emptiness full with energy E’.

E’: the maximum energy of the particle of matter in the full vacuum.

γ : is relative with acceleration.

ε ′ : is relative with the final time so we have the following new relationship:

E′ =γε ^′2

Relationship building wave functions and speed C:

→ So we will have the final result:

→ this equation is the equation of condensed matter in infinite spaces of full energy.

Final relations of the works

So we have the following new model (ρ ,m,v) :

These last results show that any material with a mass and a volume and a density tends towards a moment F T . That is to say that matter when it arrives at the moment F T its basic elements, which constitute them, mean that the volume and density disappear, and the matter no longer exists.

None.

No conflict of interest.

1. Speed of light in vacuum c, c0 (2011) The NIST reference on constants, units, and uncertainty: Fundamental physical constants. NIST.
2. Ishimaru H (1989) Ultimate Pressure of the Order of 10−13 torr in an Aluminum Alloy Vacuum Chamber. Journal of Vacuum Science and Technology 7(3–II): 2439–2442.
3. Altarelli Guido (2008) Chapter 2: Gauge theories and the Standard Model”. Elementary Particles: Volume 21/A of Landolt-Börnstein series. Springer: 2-3.
4. Luciano Boi (2011) The Quantum Vacuum: A Scientific and Philosophical Concept, from Electrodynamics to String Theory and the Geometry of the Microscopic World. Johns Hopkins University Press, USA.
5. Chambers, Austin (2004) Modern Vacuum Physics. Boca Raton: CRC Press, Florida.