- Generation of Energy

I would like to state that I had found several errors in academical science. One of this errors is the idea of potential energy. In reality, such energy is absent in nature. When I raise a heavy stone,I work against gravitational field that attracts the stone downwards, but not against the stone itself. Therefore, I delive a work on gravitational field and increase its energy rather than the potential energy of the stone. Then, when the stone will drop under influence of the weight force, the gravitational field delivers the work ower the stone and release to it the energy that I transfered to the field earlier. The kinetic energy is error too and the nature does not have such energy. Instead of the kinetic energy, the energy of physical vacuum exists. Hurling a stone, we deform the structure of surrounding physical vacuum by accelerated motion of the stone´s gravitational field and deliver the work over the physical vacuum with the thransfer of our muscular energy to it. When the Stone collides with obstacle, it deforms the structure of physical vacuum by decelerated motion of its gravitational field again, but the vacuum delivers a work over the stone for such decelerated motion and releases own energy to the stone already.

The idea of physical vacuum is well-known in quantum mechanics and nobody of physicists reject it. But, akademicians suppose that vacuum contains very little energy per unit of volume (or does not contain absolutelly) and it is impossible to extract an energy from vacuum and to convert it into heat or electricity. We consider such opinion as mistake. There is well-known Casimir-effect in quantum mechanics that consisits of the following: if two smooth metal plates are parallel and disposed very close, they begin to move one to other and obtain kinetic energy that is transformed into heat at collision. This heat appears as a result of conversion of the vacuum energy, another source is not exist. Nevertheless, akademicians believe by tradition that enegy cannot be extracted from the vacuum.

In the general case the energy of physical vacuum is calculated by formula E = mc^{2.}. This formula has the following physical meaning: when we transfer energy E to physical vacuum, it reacts by creation of mass m = E/c^{2 }. The density of vacuum Energy is described by formula E/V = c^{4} / (8 pi γ r^{2 }), where c is the light speed, pi = 3.14, γ is gravitational constant, r is minimally possible radius of black hole. If r is the electron radius, then E/V = 2.45x10^{72 }J/m^{3}. When we suppose that r is the Plank´s length, then E/V = 1.2x10^{112} J/m^{3}. This Energy participates in all processes practically and is perceived by uns as kinetic energy.