Gonzalo A. Moreno. Physics papers

Cuadro de texto: About The Singularities In Black Holes. The “Garbage Disposer”

Little Essays

QUANTUM STABILITY OF THE MUON, TAU, ELECTRON LEPTONS IN RELATION TO PLANCK MAGNITUDES AND VACUUM.

SELF INDUCTIVE MODEL. THEORETICAL CALCULATION OF THE HUBBLE´S CONSTANT AND RELATION WITH CMB AND CIB.

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A STUDY OF ENERGY AND ITS IMPLICATIONS.

SPACE TEMPORAL STRUCTURE OF ENERGY.

1. A STUDY OF ENERGY AND ITS IMPLICATIONS.

SPACE TEMPORAL STRUCTURE OF ENERGY.

“ Time is considered like a flow, as a growing magnitude that advances inexorably carrying every possible event, disappearing its trace and assuring its continuity through the predictable future. But past and future are not more than unreal forms, so are they undisputed proofs of the time existence?. Can be past and future like energetic instant states inside a characteristic process of energetic variation that we observe as "time passage"? “.

The development of the initial equations shows the magnitude called “space”, which is here named simply as “x” like a way that has all the necessary characteristics for the development and formation of any observable real process. The vacuum, defined mathematically through the space characterized by the equation “x=(G∙εo∙μo)∙m”, allows itself the existence of processess of energetic transmission as the electromagnetic radiation, the formation of matter defined by some properties as mass and electrical charge across the spatial curvature, and assures the certainty of light velocity in the vacuum with independence from the speed of the reference system.

The development of the initial hypotheses bears to the known consequences of the development of the Special Relativity Theory and relates General Relativity with the elemental particles which form the material across the spatial curvature and its relation with a constant force value F=c⁴/G and Planck space, time, mass and energy values implied in the inercial feature so called mass and also in the electrical charge property. The constant relation E/m=c² is associated to volume dV=S∙dx through the above mentioned constant force, so that when acting with an impulse of value √(c³h/G), the implied energy √(c⁵h/G) in the process is of the order of 10¹⁹Gev, and the values already defined by Planck appear interpreted as a "coupling" between "x" and Compton's wave length “λ” according to the deduced equation λ∙x=G∙h/c³. Both force and energy above mentioned appear as unification values of some space-time parameters, although they do not need any " special condition in the Universe... "

Finally, the quantization capacity of mass and electrical charge is studied as a hypothesis, in an identical way to the above-mentioned capacity of vacuum as a sufficient way in its relation with the previous force value, concernings predecessors of the quantized properties, and theoretical mass values are established by agreeing the quantum number deduced for the resting electron mass and the quantum number for which the equation that defines the electrical quantized charge value coincides with that of the above mentioned electron.

INDEX

1.-VALIDIDITY OF DIFFERENTIALS EQUATIONS FOR ENERGY AND MASS FUNCTIONS.

In the study of the hypotheses two integration constants appear: Cm y Ce, and the equations are studied with the inclusion of constant and its consequences.

2.-HIGH MASSES CONSIDERATION OR INTEGRATION CONSTANTS Cm≈0 ; Ce≈0.

Development of the theory with the consideration of zero values for integration constants, or situations in which this approximation is useful.

3.-GENERALIZATION OF FORCE IN ITS RELATION WITH ENERGY, MASS AND ASSOCIATED ESPACE “x”.

Generalization of the force involved in the relation energy, mass, space for any speed value.

4.-STUDY OF THE VELOCITY-TIME FUNCTION.

5.-TERMODINAMIC STUDY.

Application of the hypotheses. Implications time, energy variation and entropy variation.

5.1.-Generalization in complex systems.

Study of the physical meaning of the implications in a macroscopic level.

6.-COUPLING.

Particular conditions of surroundings.

7.- STUDY OF ENERGETIC VALUE AND IMPULSE IMPLICATED IN MASS-ASSOCIATED SPACE RELATION REFERING TO COUPLING.

Application of the F=c⁴/G value in the previous conditions of surroundings. Value of the unification of forces and energy.

8.-PHYSICAL INTERPRETATION OF THE ASSOCIATED SPACE.

Study of the physical meaning of the space implied in the inertial character of mass from the study of the following concepts:

8.1.- Study of the pressure in a isotropic medium defined by its equivalence space-mass.

8.2.- Tension of a string with linear density μ=m/L, on which a wave with speed c is transmitted.

8.3.- Equivalence work-energy-mass.

8.4.- Application to an inertial system of spherical curvature.

9.-QUANTIZATION OF MASS AND ELECTRIC CHARGE.

This hypothesis is developed as a result of the agreement of experimental data with some implications of this theory. It develops possible values for resting mass and electrical charge from a quantum number denominated η.

9.1.-QUANTIZATION OF MASS.

9.2.-QUANTIZATION OF ELECTRIC CHARGE.

9.2.2.-Quantization of electric charge. Supplementary conditions.

9.3.-THEORETICAL SUPPORT.

Gonzalo A. Moreno Jiménez.

Physics papers. The secret of the Universe is inside the electron..

2. QUANTUM STABILITY OF THE MUON, TAU, ELECTRON LEPTONS IN RELATION TO PLANCK MAGNITUDES AND VACUUM.

From the study of the vacuum capacity as a sufficient medium in its relation with the Planck magnitudes in the formation and development of observable and real processes such as electrical charge and rest mass, the close existing relationships among Tau, Muon and Electron leptonic particles are detailed as well as the definition for Tau and Muon particles as symmetrical components of an orderly body defined by spatial relations which only permits the formation of some structures by an only and reproducible way.

The values obtained from the developed theoretical equations for muon and tau leptons rest mass equivalent are: mμ·c²=105,65763 62(83) Mev ; mτ ·c²=1778,578 255(140) Mev.

Taking the reference of experimental muon rest mass value due to accuracy in mass measurement, the relative error is er(µ) = 0,0000068.

INDEX

1.- Quantization Of Electric Charge.

1.1.- Quantization of electric charge. Supplementary conditions.

2.- Theoretical Support and Relation With Electrón Mass.

3.- Tau, Muon Relationchips. Rest Mass Values Calculation and Conclusions.