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| == Unified Theory of Interactions ==
| | Unified theory of interactions is so-called theory of everything. |
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| (short description, main thesises)*
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| by Kanat B. Abildinov<BR>
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| Kazakhstan, Almaty<BR>
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| E-mail: abildinov@msn.com<BR>
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| == ABSTRACT ==
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| The unified theory of interactions is a main problem of General Physics and Physics of Elementary
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| Particles. Using few basic principles we could solve some problems in the experimental physics and in
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| the astronomic and astrophysical observations and try to unify all known interactions into the one
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| universal.
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| ==
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| I. Introduction ==
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| There are four kinds of interactions in our Universe, their names: electromagnetic, strong, weak
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| and gravitational. In the standard model electromagnetic and weak forces was combined and
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| represented as unified electroweak force in the Grand Unification of three called interactions except for
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| gravitational.
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| The main problem of Physics is a building of Unified Theory of Everything, so-called Super
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| Unification theory, or the theory of matter (field).
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| It is now known that the classic mechanics and the quantum field theory, which is consistent with
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| quantum mechanics and special relativity, cannot to unite four known interactions by single unified
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| one. It was main aim in the 30 last years in the Einstein’s life. At present we have a crisis in particle
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| physics [1] and problems in high energy astrophysics [2], such as unexplained energy and sources of
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| ultrarelativistic charged particles (ultra-high-energy cosmic rays) [2, 3], the problems of the “dark
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| matter” [4] and “dark energy” [4, 5] in the Universe, and the problem in the Cosmology, such as
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| acceleration models of the Universe [4] which cannot be admitted by the philosophic principles, and by
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| this cause cannot be understood by most of peoples.
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| Trying to resolve some of these problems, we can consider new theory based on philosophic
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| principles and on the geometric one. It is the Unified Theory of Interactions (UTI).
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| == II. Philosophy of the Unified theory of Interactions ==
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| The matter is continuous and infrangible, because nothing exists except of matter.
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| The matter cannot to be split by absolutely different kind of objects, for example by means of
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| “absolute emptiness”.
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| The matter has two kinds: tenuous – field (ether, material space, physical vacuum) and compacted
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| – energy substance. And the matter has its unified subpart.
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| The material objects exist in the time because they are changeable and can detect other material
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| objects and can affect them.
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| In chime with this we have a following.
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| == III. Basic principles ==
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| There are two main principles in the base of “Unified theory of interactions”:
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| 1) The “Principle of Absolute Transitions”:
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| The absolute transitions, is momentary transitions between absolutely differentiated conditions
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| of the matter, and they are do not exist in the time.
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| Or, by other words:
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| The transitions between two physical values, that realize only stepwise (in a trice), without
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| intermediate values, do not exist in the nature.
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| 2) The geometrical principle:
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| The character of interactions between subparts of matter is defined only by their geometry.
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| == IV. Postulates ==
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| For the “Unified theory of interactions” we have three basic postulates:
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| 1) The velocity of changes of the interactions is always constant and equal to velocity of
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| electromagnetic waves in the vacuum.
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| 2) The changes of the interactions always occurs with intermediate physical values.
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| This postulate correlate with the “Principle of Absolute Transitions” of theory (see above).
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| 3) The conversion between two kinds of the matter have place only through “Resonance
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| Transition”.
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| “Resonance Transition” is such transition, which happens only when the relative velocity of
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| interactions aspire to exceed the velocity of electromagnetic waves in the vacuum. That
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| condition should escapes via power resonance that will cause the “Resonance Transition” of
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| one kind of matter to other one.
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| Therefore, we have few basic important conclusions:
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| 1) The “absolute quiescence” and “absolute emptiness” (Absolute Nothing) are impossible and
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| they do not exist.
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| Explanation: The “absolute emptiness” and the matter cannot detect and affect each other. We
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| cannot to adopt that the “absolute emptiness”, which can be described by property of “absolute
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| quiescence” in its parts, can be transited to the perpetually dynamic matter, by reason of
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| restrictions of the Postulate no.2.
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| 2) The particles cannot to be absolutely dense and absolutely solid.
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| Explanation: We cannot to adopt that the absolutely dense and absolutely solid matter, which
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| can be described by property of “absolute quiescence” in its part, can be transited to the
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| perpetually dynamic matter (ether, electromagnetic field), by reason of restrictions of the
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| Postulate no.2.
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| 3) The motion in the “absolute emptiness” is impossible. Theoretically, the object which was
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| placed to the “absolute emptiness” and got the impulse will not move by means of inertia, i.e.
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| will not keep in moving. Accordingly with this, the “absolute emptiness” looks like absolutely
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| tenacious ambience. So, Aristotle’s conclusion about “absolute emptiness” (Absolute Nothing)
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| was partly incorrect.
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| It must correlate with philosophic principle of minimal action: “if nothing does affect to the
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| body, then nothing does occur with them”.
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| == V. The “Spheromod” model of the elementary particles ==
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| To unify all interactions in the single unified one, we have to consider new model of elementary
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| particles, called as “Spheromod”.
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| “Spheromod” is a model of particle in form of sphere which have some “mod” – the complex of
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| physical characteristics that can be described by physical values (it maybe few known constants),
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| which probably contains velocity of light, frequency, power, radius of particles, etc. In fact, it is
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| possible, to describe those values, using experimental data.
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| In the “Spheromod” model the particles represented as spherical formed material substance in
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| structure where substance is electromagnetic field. All known forces, by means of which any two
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| particles make their interactions, are only the resulting of unified forces between components of four
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| conditional pairs of front and rear semi-spheres – parts (sides) of those particles, relatively oriented in
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| the space:
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| 1. a pair of front semi-sphere of the first particle and of front semi-sphere of the second particle,
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| or simply the “front-front” pair;
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| 2. a pair of front semi-sphere of the first particle and of rear semi-sphere of the second particle, or
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| simply the “front-rear” pair;
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| 3. a pair of rear semi-sphere of the first particle and of front semi-sphere of the second particle, or
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| simply the “rear-front” pair;
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| 4. a pair of rear semi-sphere of the first particle and of rear semi-sphere of the second particle, or
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| simply the “rear-rear” pair.
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| The sum of attractive forces have effect between component
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| parts of “front-front” and “rear-rear” pairs of semi-spheres of two protons have advantages over the
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| sum of repulsive forces between components of “front-rear” and “rear-front” pairs of semi-spheres of
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| two protons while the distance between protons is smaller than RoT and don’t have these advantages
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| on the distance between protons bigger than RoT.
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| According with “Spheromod” model the particles forms out from the power (force) lines of
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| electromagnetic field which are base of material substance, and destroys into them.
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| According with rule of “Transitional resonance” and with “Principle of absolute transitions” the
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| particles can converted into the lines or quantums of electromagnetic field (photons) and converted
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| back only when power resonance is happens. The power resonance generally have place only when the
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| relative velocity of interactions have tendency to exceed the velocity of light.
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| == VI. Modified theory of electromagnetic interactions ==
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| Accordingly with “Spheromod” model, the electromagnetic force represents as dominance of sum
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| of interactions between front semi-sphere of the first particle and rear semi-sphere of the second
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| particle, and between rear semi-sphere of the first particle and front semi-sphere of the second particle
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| over the sum of interactions between front semi-sphere of the first particle and front semi-sphere of the
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| second particle, and between rear semi-sphere of the first particle and rear semi-sphere of the second
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| particle.
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| Therefore, we have a summary force for the resulting interaction of two particles which differs on
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| two side of RoT and differs for different two pairs of particles, where first one is pair of similar
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| identically electrically charged particles, i.e. proton-proton, and second one is pair of mutually
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| adversatively electrically charged particles, i.e. proton-electron.
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| On the distance, larger than RoT, the full interaction have a very big forces as its source, but the
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| summary (or resulting) interaction represents very small part of full interaction, which we calls an
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| electromagnetic attraction or repulsion.
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| For the electrically opposite particles this interaction is mutually attractive.
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| For the electrically identical particles this interaction is mutually repulsive.
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| The main function of interactions between any pair of entitled semi-spheres of the particles is
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| inverse-square dependency of force from distance.
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| == VII. The theory of the strong (“nuclear”) interactions ==
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| Accordingly with “Spheromod” model, the nuclear and other strong forces represents as dominance
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| of sum of forces between front semi-sphere of the first particle and front semi-sphere of the second
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| particle, and between rear semi-sphere of the first particle and rear semi-sphere of the second particle
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| over the sum of forces between front semi-sphere of the first particle and rear semi-sphere of the
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| second particle, and between rear semi-sphere of the first particle and front semi-sphere of the second
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| particle.
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| On the distance, smaller than RoT, the full and the summary (or resulting) interaction have a very
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| big forces as its source, which represented basically by entitled force which have place in the first
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| (front-front) pair of semi-spheres:
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| 1) for the electrically identical particles this interaction is mutually attractive, and we know them
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| as nuclear forces;
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| 2) for the electrically opposite particles this interaction is mutually repulsive, and it does cause the
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| springy repulse of electrons on the protons and keep electron away from atom nuclear on its
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| discrete orbit.
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| The summary attraction in two (front-front and rear-rear) pairs of semi-spheres near to “Radius of
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| Transition” is very predominated over the summary repulsion in other two pairs (front-rear and rearfront)
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| of semi-spheres of two particles.
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| == VIII. Electro-dynamical theory of the gravitation ==
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| The essence of gravitation can be easy explained using “Spheromod” model of the particles. The
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| forces of resulting nuclear attraction between similar particles (e.g. protons) on a distance greater than
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| “Radius of Transition” are fully compensated by electromagnetic forces of resulting repulsion. But in
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| cause of closer location the first pair of forces which is front-front attractive force, they have dominant
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| increment of dynamically changed value when the distance between protons get decrease. Thus, this
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| increment of resulting force of entitled pairs is a gravitation force.
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| The increment of resulting force having place between proton and electron (or other pair of
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| electrically adversatively charged particles) looks as kind of anti-gravitation forces. But this one could
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| explain the quantum-mechanical effects in the atom: why electron does not fall down to the proton and
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| it have stable orbit, energy, and magnetic and rotation moments, etc.
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| With electro-dynamical theory of the gravitation we’ve got the universal triad:
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| Gravitation ≡ Inertia;
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| Inertia ≡ Motion;
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| Gravitation ≡ Motion.
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| And the principle of equivalence of inertial and gravitational mass is fully validated now.
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| == IX. Few conclusions and effects of the Unified Theory of Interactions: ==
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| 1) The gravitational fields, gravitational waves and gravitational quantumes (gravitons) do not
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| exist.
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| 2) The motion in the “absolute emptiness” (Absolute Nothing) is impossible.
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| 3) The First Principle of Isaac Newton’s mechanics, which is known as the law of inertia is
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| incorrect.
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| Consequently, we have to declare new (corrected) principles of mechanics:
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| The mass, to which do not acted by forces, stays in the quiescence.
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| Or, if the forces do not act to the mass, the mass will keep in the quiescence.
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| And,
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| The inertia is a motion by means of summary gravitational forces of all masses in the Universe.
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| Therefore,
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| The mass moves (aspires to moving) on the zero-trajectory, through the points where the summary
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| forces are equal to nil.
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| Last principle may be called “Principle of zero-trajectory”.
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| 4) In principle, it is impossible for the matter to existing in absolute zero condition, which can be
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| called as absolute quiescence. The gravitation (as well as motion) does not exist in that
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| condition.
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| 5) The gravitation is a relative property of the material substance. Increasing velocity of motion of
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| particle increases its mass.
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| 6) Gravitational waves are not waves of gravitational field, they are possibly the super long waves
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| of electromagnetic field, if they really exists and can be detected.
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| 7) The inertial systems of coordinates have not absolute differentials with non-inertial ones
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| because both of them are accelerated systems of coordinates. The bodies in the inertial systems
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| of coordinates move with super-weak acceleration caused by its gravitational interaction with
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| masses of Universe. Only the electromagnetic waves can move without acceleration relative to
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| its source.
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| 8) The size of the particles is not absolute, and probably should be changed in condition of ultra
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| high pressure, i.e. in the centers of quasars or in the centers of objects recognized as “black
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| holes” in the centers of galaxies.
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| Therefore, possibly we may to declare the principle of “metrical adequacy”, in the “Unified
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| theory of interactions” to explain such possibilities.
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| Generally it sounds as this: “The metrics of the material substances correlates with density of
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| the electromagnetic field which have place around them”.
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| Probably, it can explain the displacement to red in the spectrum of the galaxies and quasars.
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| Also, in this way, the gravitation force must correlate with size of particle. May be it is one of
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| cause which explains why black holes are impossible. This question still open in the “Unified
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| theory of interactions”.
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| 9) The Big Bang is impossible scenarios of Universe’s birth. Universe’s masses cannot move into
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| the absolutely vacuum space without gravitational sources of force of the inertia.
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| 10) The free motion – inertia – is accelerated as result of gravitational interaction between probe
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| mass and Universe’s one.
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| 11) Black holes probably are impossible condition of existence of gravitated masses. The
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| gravitation depends on masses motion, but in the “dark holes” the motion is ultra slow, because
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| the time is slowed down there. And the quiescence of matter in the stopped time is impossible
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| for the continuous space-time, if the postulate no.2 of the “Unified theory of forces” is
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| declared.
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| Thereunto, the velocity and acceleration of the inertial motion correlates with gravitation in the
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| center of the “black hole”.
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| 12) On the big distance the masses in the galaxies (and objects greater of them) moves around their
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| centers with moving away by means of accelerated inertia. It may explain the various forms of
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| galaxies.
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| 13) The cause of high velocity (and energy) of cosmic rays is accelerated inertia.
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| 14) The short and serial gamma-bursts possibly are the results of crashing of two and more cosmic
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| objects which moving with ultra high velocity. The cause of their ultra velocity is accelerated
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| inertia.
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| 15) The “dark matter” isn’t real material bodies, but the resulting effects of the accelerated inertia.
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| 16) The “dark force” probably is an effect of the accelerated inertia.
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| ----
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| * Full version of the manuscript of “Unified theory of interactions” available only in Russian language yet.
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| == References ==
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| [1] Bert Schroer, “String theory and the crisis in particle physics” (2006), arXiv:physics/0603112
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| v2.<BR>
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| [2] Paolo Lipari, “Problems in high energy astrophysics” (2008), arXiv:0808.0417v1 [astro-ph].<BR>
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| [3] “Physical conditions in potential sources of ultra-high-energy cosmic rays. I. Updated illas plot
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| and radiation-loss constraints”, Ksenia Ptitsyna and Sergey Troitsky (2008), arXiv:0808.0367v1
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| [astro-ph].<BR>
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| [4] “Cosmological Constraints on f(R) Acceleration Models”, Yong-Seon Song, Hiranya Peiris,
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| and Wayne Hu (2007), arXiv:0706.2399v1 [astro-ph].<BR>
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| [5] “Tests of the Gravitational Inverse-Square Law below the Dark-Energy Length Scale”
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| D.J. Kapner,∗ T.S. Cook, E.G. Adelberger, J.H. Gundlach, B.R. Heckel, C.D. Hoyle, and H.E.
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| Swanson (2006), arXiv:hep-ph/0611184v1<BR>
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| [[Category:Physics]]
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