суббота, 27 мая 2017 г.

Leonov's report “The discovery of the zero element of the periodic table” 01.06.17



Доклад Леонова «Открытие нулевого элемента таблицы Д.И. Менделеева» 01.06.17 в РХТУ

Приглашаю на мой доклад «Открытие нулевого элемента таблицы Д.И. Менделеева», который состоится 1 июня 2017 года в 14:00 в большом актовом зале «Российского Химико-Технологического Университета имени Д.И. Менделеева», г. Москва, 1-я Миусская ул., д.3.
Проезд: метро Менделеевская.

четверг, 11 мая 2017 г.

On the nature of the four-dimensional gravitational potential С2



V. S. Leonov
It is shown that the four-dimensional space-time convenient to characterize the four-dimensional gravitational action potential C2. Then dC2 may be a new invariant in addition to the known invariant ds2. In this case, the speed of light С can be expressed by a complex number. The square modulus  of the speed of light C defines the gravitational potentials balance  inside of the four-dimensional space time perturbed by gravity. The gravitational potentials balance describes the state of an elementary particle inside the gravitational well. Newton's classical gravitational potential φ indicates the depth of the gravitational well. The action potential C2 indicates the depth of the four-dimensional space-time. The introduction of the potentials of С2 and  does not change of Newton's law of universal gravitation for force gravity which is directed at the "bottom" of the gravitational well. There is shown that dark energy and dark matter is a manifestation of the deformation (curvature) of four-dimensional space time. Our four-dimensional Universe is homogeneous and is not flat but has a curvature thereby determining the effect of gravity and antigravity.
PACS numbers: 04.20.-q; 03.30.+p
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The upper limit of the mass and energy of the relativistic particles

V. S. Leonov
It is shown that a relativistic particle has an upper limit of the mass and energy when it is accelerated to the speed of light. Now we can calculate the limiting parameters of the relativistic particles by the use of the normalized relativistic factor in Einstein's relativistic equations. For example, the maximum mass of the relativistic proton is a limited number of 1.1.1012 kg. The state of the relativistic particle is described by a mass balance and an energy balance. The energy balance includes the maximum energy of a relativistic particle and her real energy and her hidden energy. The mass balance includes the maximum mass of a relativistic particle and her real mass and her hidden mass.
PACS numbers: 04.20.-q; 03.30.+p
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