Публикации

Origin of Different Chemical Elements

  Different chemical elements on the table of Mendeleev originate by the process of nuclear synthesis. By certain catalisatory circumstances (for example certain temperature or light) 2 electrons combine each other and trough emitting light with negative charge turn into a neutrino. This means that neutrino has mass near to the sum of the mass of 2 electrons. Neutrino also can combine with a proton under certain catalisatory circumstances and so originates the neutron. Tritium or heavy hydrogen is made from an atom of helium by turning on of its protons into a neutron. The above mentioned statement that neutrons are heavier than protons leads to the conclusion that their charge is more than +1. Of course by the combining of electrons into a neutrino and after that by the combining of neutrinos with the proton a certain energy is emitted through light. By combining of neutrinos under certain catalisatory temperature at a certain point the product of this combination has a mass ...

Structure of Molecules

  The atoms combine the electrons of their outer shell between each other into neutrinos. The number of the neutrinos in the outer shell defines the number of the covalent bonds between atoms. Molecules have positive charge, because two electrons combined into a neutrino have no charge and for the molecules remain the charge of the protons in it. That is why molecules attract electrons from the free environment. This makes them stable. The bigger the molecule is, the bigger the positive charge and the electrons accumulated over its outer shell. Bigger molecules are also more stable. When energy is applied the neutrinos dissolve into electrons and thus the charge of the molecule neutralizes and its atoms could change their partners. That’s why chemical reactions are catalized by heat or through catalizators which change the polarity of the molecules and makes them unstable. Metals have the biggest molecule of all, in fact their crystal structure is a large molecule in which electro...

Nature of X-rays

  X-rays have the same wave length as 2 electrons or the so called neutrino. They can visualize only subjects which have different wave length of the outer electron shell, because they hit with their electrons which have half of their length. If the object has free electrons it changes the direction of X-rays . If it has no free electrons such in gasses and fluids because their electrons are connected in neutrinos X-rays pass parallelly to them. So we may conclude that X-rays are neutrinos. They can visualize only metals because metals have free electrons. Neutrinos can hit each other and change their direction only if they are with different directions. So fluids and gases are also not absolute transparent for X-rays but metals absorb them in much bigger amounts, because electrons have the half wave length of the neutrinos.

Structure of God

  Why did I call INCTDEMF (infinite negatively charged three-dimentional electromagnetic field ) God? If we assume that this field has an endless negative charge, this means electricity. We all know that computers proceed information through binumeric system of 1 and 0. And this binumeric system is conducted through electricity. So this field together with positively charged matter may have really property of conducting and proceeding information, isn’t it? This is only speculation, but why not? It gives us material of researching, and thinking, and experimentation. So fold your sleeves and go on.  

The Sound of Light

  Until now nobody has found a connection between light and sound, but it exists. Sound is produced by the vibration of objects with different frequency. If we assume that light has also different frequencies and electrons, neutrinos and protons too, here it comes to the conclusion that light may produce sounds with different frequency. The bigger the difference of the wave length and frequency of the objects the lower is the sound. So electrons have also sound, because they are ribing with light or with bigger objects. Light has ultrasound frequency, bigger objects may come into hearable sound frequence and much bigger objects vibrate in infrasound frequencies. Because of that sound had different characteristic according to the environment it is proceeding, according to the wave length. This is the principle of the ultrasound machine. It registers the difference of the ultrasound waves by measuring the changes of the electrical field. This is the way God can speak directly to us i...

Function of the Nerve Cell

  The nerve cell releases different neurotransmitters such as dopamin, glutamate, serotonin, noradrenalin, acetylcholin, etc. Thus is information through electric and chemical signals transmitted. In the contact places (synapses) there is a tiny distance where the signal passes through. This happens with the help of neurotransmitters which are stored in small vesicles. When a signal is transmitted, the nerve cell releases the neurotransmitters and they pass through he synapse to the next nerve cell (or muscular cell) receptors. If we imagine that the nerve cells are activated not only through electric and chemical impulses, but also the releasing of neurotransmitters causes vibration of the nerve cell membrane, which causes an infrasound, we can explain the speed with which the brain is functioning, because if nerve cells are activated through infrasound, this means all nerve cells in the brain can communicate much faster. Infrasound could be also carried in certain distances. ...

The Structure of Matter

Matter is built of atoms. Atoms consist of protons in the nucleus and electrons in the shell. Electrons are also a group of corpuscles with electrical charge until -1. The electrons which have more energy, greater frequency and shorter wave length have also more negative charge are nearer to the nucleus because they are attracted stronger by the positive charge of the protons. On the first shell counted from the nucleus can be only 2 electrons, on the second shell from 1 to 8 depending on the place in the table of Mendeleev. On the second shell layer are electrons with less frequency, bigger wave length, less energy and less negative charge. Electrons can change their places from the first to the second layer by acquiring energy, and from the second to the first layer by emitting energy through light (this also proves that light has a negative charge. Matter may have different colours, because it can absorb light and emit light. Matter absorbs light, which is negatively charged, be...