Two retro-reflectors accelerate each other -Perpetuum mobile

摘要

Two jet engines powered by water nozzles, Rotor 1 and Rotor 2 stand side by side (Fig. 1) (Fig.2). In the middle of a generator, one accelerates the other like a swivel wheel, alternating and periodically, by powering the water pump of the other, losing its own energy, but which is replenished by the other rotor after changing periods (Fig.3).This energy cycle does not remain constant in its size, as one might think, because each of the two retro-reflectors receives more energy from the other due to (E=mv2/2) than the one that gave it, so that the kinetic energy content and the total speed of the two retro-reflectors increases further and further. This is generated by this free-running energy cycle, which is therefore a perpetual mobile.Because here, in the case of jet propulsion, you do not have to press the gas pedal, as in the case of car wheels, in order to obtain their thrust force when driving. The thrust of the nozzle here does not stop when the rocket, or here the retro-reflector, gains momentum. This thrust force here is constant and constantly accelerates the retro-reflector for only one constant energy input per time. This generates because (E=mv2/2),that the kinetic energy of the retro-reflector per time unit increases exponentially for only this constant energy input per time unit. Each of these two reciprocating retro-reflector rotors is therefore a Perpetuum mobile.In addition, jets are criminal, because if a rocket exceeds the speed at which it is ejected, it does not return to the launch site, but follows the rocket. A break in the impulse set.