The General Theory of Interactions


The general theory of interactions is alternative to
the quantum mechanics and the
relativity theory.

The new theory explains the reasons of occurrence of quantum effects
 and shows as well as why the space is bent.
 

Interference 

Author Ipatov Pavel

 

S I T E M A P S



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The General Theory of Interactions

The basic principle of the universe

Bion structure

Particles of the matter (new theory)

Neutrino, antimatter and black holes

Common observations

Principle of continuity and a human society

Details

Questions kosmology

Information basis of physical processes

Physical basis of information processes

Technical solutions

Dark energy and dark matter

Aliens develop earth science

Mayan prophecy on doomsday 21.12.2012.


The basic principle of the universe · Delusions of modern science · Electricity and magnetism · Fundamentals of the common theory of interactions · Nucleus and its structure ( new theory) · Electromagnetic waves · Electron shells of atoms (Alternative theory of electron shell structure). · Magnetic susceptibility of different substances (New theory of chemical bond) . · The nuclear physics · Particles of the matter (new theory) · New theory of gravitation · Atom and its structure (new theory). · Magic of numbers · Bion structure · Neutrino, antimatter and black holes · The General Theory of Interactions · Aliens develop earth science. · sitemaps · Mayan prophecy on doomsday 21.12.2012. · Questions kosmology · Physical basis of information processes · Technical solutions · Dark energy and dark matter

Interference

Let’s look into interference. Only coherent waves can interfere. Maximums are observed when path difference is equal to the wave length. It is obvious that bions’ influence from different slits mutually increases each other. Minimums are observed when path difference is equal to the odd amount of half-waves. Oscillations from different slits mutually decrease each other. 

 

We can describe everything by means of method of rotating vector of amplitude.

   Let’s draw vector A from point O, located on the reference axis X, on the mitre equal to original phase of oscillations. Scalar of vector is equal to amplitude of certain oscillation. Projection of the vector will move along the axis X from –A to +A, and oscillating value will change according to the law …, if certain vector will rotate with angular velocity…. So, end of the vector, projected on axis, will accomplish harmonic vibrations with amplitude equal to A, angular frequency equal to angular velocity of rotating of the vector, and with initial phase equal to the angle between vector A and axis X in initial time. Nothing will change in the case of three-dimensional space. 

Similarly we can describe multiplication of rotating of two bions in case of interference.

Thereby we gave mathematical base for superposition principle for electromagnetic and gravitation fields. Incoherent waves interfere too, but human eye has no time to notice differences in illumination, because illumination changes very fast for every point. Interference pattern becomes fuzzy.

We know that several kinds of rotation can collide, so it is easy to imagine the picture of light polarization. In polarized waves one kind of bion’s rotation prevails. Nonpolarized light combines at least to kinds of rotation.

 

 

Electric field and atoms retard process of oscillation propagation. Decreasing of light velocity in optically-dense mediums is a result of such retarding. Let’s ask a question: “Where do wave properties of particles originate from?” Answer is easy. Wave properties result from changing of bions positions during moving of particles through the bions. 

Let’s show that Planck radiation formula doesn’t implies energy quantization. Frequency is a part of this formula and it is continuous variable value. Discontinuity is a result of inability of our devices to register incomplete revolution of bion.

Now we passed on to the Heisenberg uncertainty principle, which conclusions contradict the principle of continuity. Here is one of the formulas of Heisenberg principle: …. Let’s consider this equation and suppose that particle moves with very low velocity. What does prevent us from definition of its position? Analyzing existent methods (for example illumination by means of photon) we can draw a conclusion that such action will result in considerable changing of the impulse. But it means only that we have no suitable “ruler”.

Let’s take a good look at the velocity of particle. We meet limitation – all bodies are regarded as material points. But it isn’t so. Every body has a certain size (and photon too), which may be necessary to ascertain (but we have no possibility for it).

Conclusion: we have no instruments for such measurements. But it doesn’t mean that particle has indeterminate trajectory.

Let’s take a look at Schrödinger equation. One of its conclusions is lack of microparticles’ trajectories.

Here are our objections.

1. Schrödinger equation is postulate – assertion based on nothing.

2. There is imaginary unit i in the right part of equation, so it can’t describe real physical parameters. Geometric view of imaginary numbers results in one more coordinate space, but only in case of transferring of real physical values in it.

3. Several conditions of standardization are used for solution of the equation. These conditions are selected arbitrary for the purpose of getting required result.

4. Form of electron orbitals, obtained from Schrödinger equation doubtfully reproduces distribution of electron densities in atom. Therewith it demands Pauli exclusion principle (it is based on nothing too).

5. There is an illegal simplification in Schrödinger equation for stationary states. Potential energy U doesn’t depend on time in it. But electrons move relative to each other and nucleus. So potential energy changes. Magnetic effects, occurring as a result of electron moving, are not considered in this equation too.

Let’s disprove that particles lose their trajectories, reporting to Schrödinger equation.

Psi-function describes motion of the particles. Quotation: “According to its sense, psi-function must be one-valued, continuous and finite (may be with the exception of special points). It must have continuous and finite derivative. The sum total of listed requests is called standard conditions”*(11). Continuity of the function is necessary condition of the existence of its derivative. Continuity of the function implies continuity of the argument.

Conclusion: standard conditions imposed on …, disallow argument (coordinates X, Y, Z) to change in discrete steps or undergo discontinuity. So coordinates change continuously. And it means that every particle have its trajectory.

According to this theory of atom structure based on Schrödinger equation is collapsed. Supposition of existence of electron orbital is a consequence of this theory.

You can make an objection that uncertainty in the angle of declination can occur in case of electron diffraction. Let’s speak in details about diffraction.

Bions fill the whole space. Moving through the bions every particle will produce changes of their positions – it will rotate bions around their axis in certain way. I affirm that these changes of bions’ positions are called the wave properties of particles. Changes in bions’ positions depend on the mass, velocity and charge of moving particle. But there is no conception of charge in de Broglie equation. May be eternal desire for division of processes is a reason of it. Or may be charge is equal to +1 or -1. There is really no difference in what direction do bions rotate if charge is equal +1 or -1.

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