The radiant energy produced under the form of light or heat can be absorbed and transformed into electric current. The first two levels transform the light into electric current and the other three levels take over that heat from the first two levels. The heat lost by the cooling process transforms itself into electric current. By closing the space between the coil and the ... » More

The radiant energy produced under the form of light or heat

can be absorbed and transformed into electric current.

The first two levels transform the light into electric

current and the other three levels take over that heat from

the first two levels.

The heat lost by the cooling process transforms itself into

electric current.

By closing the space between the coil and the

photo/thermo/electric panels, we obtain two atomic systems,

one isolated with N and S electromagnetic polarities forming a

quantic generator.

The quantic generator has three electric circuits: U1,

U…, U2. The electrical circuit to start operating is the

circuit U2 composed of the source G, the ballast L, inducing

resistors R1 and R2 and switches K1, K2, K3 and K4.

The source G of continuous electric current feeds the coil

with electric energy. This produces energy as well on its

external surface in the isolated atomic system, as on its

internal surface of the non/isolated atomic system.

The luminous radiant energy and the thermic energy produced

by the isolated atomic systems is absorbed by the

photo-thermo- electric panels that transform it into electric

current.

The circuit U will indicate the presence of a tension T. At

that moment the circuit U2 is closing and the circuit U1 is

opening.

The circuits U1 is equipped with a potentiometer P connected

to clamps A - B of the circuit U, so as to utilize only part

of its tension to feed the coil with electric energy.

The value of the tension depends on the position of the

cursor C, which grows when the cursor moves towards A and

decreases when the cursor moves towards B.

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