According to Magnetic Power Inc. "Atoms are the only recognized objects in which the electric charge is sustained by an inexhaustible resource".

The Nobel Physicist, Paul Dirac (1902-1984) described the universe as filled with energy, not empty, but containing enormous energy in the form of visible and invisible electromagnetic waves. The source of these waves may not be completely understood, but their presence constitutes an enormous gift of free energy that we can not ignore. Nanotechnology, the science of the ultra-small is our most advanced science. It may now be possible to use semiconductor devices discovered in the early 1980’s called quantum dots, to imitate the structure of the atom and build a larger version of the quantum dynamo.

As a basis for our design, consider the quantum electron pump. The first of these rudimentary quantum electron pumps was developed a few years ago using the principle of quantum confinement and using a form of tunnel junctions. The device was built with tiny particles of aluminum each with a thin oxide shell of alumina.

Although not very efficient, the device provides a demonstration of the use of abundant free energy thus producing a measurable electric charge at room temperature without any apparent application of voltage. With the application of an applied magnetic field, this charge can be controlled.

This device: the quantum electron pump undoubtedly is tapping into the Dirac Sea, and producing electricity. This may be the first step we have taken toward ending the domination of fossil fuels, and the start of a long awaited energy revolution.

Quantum dots utilize the same principle as aluminum-alumina particles but are much more efficient. Quantum dots are reported to have an efficiency greater than 100% due to resonance conditions provided by quantum confinement.

Modified quantum dots might be employed to build a more efficient quantum electron pump. The dots could be magnetically aligned into a series of tunnel junctions, a linear arrangment if you will, and incorporated into a glass motor shaft. This would be done by attaching ferromagnetic atoms to each dot, each with built in tunnel junctions.

In our experiment, we would construct a radial dynamo or gyroscope. This gyroscope structure separately constructed would be placed in a spherical vacuum enclosure formed by superparamagnetic tunnel glass.

The surfaces of the gyroscope that face toward each end of the shaft would be made concave so that they could be made reflective in order to concentrate and focus the incoming energy. Only one of the concave surfaces would be made reflective however, as to heat one end of the energy-producing shaft to provide a further potential difference. This would be a form of pyroelectricity.

Permanent magnets would be attached to the outside of the tunnel glass confinement providing the magnetic polarization needed to use this design as an energy system.

The tunnel junctions would produce electronic cooling of the unheated end of the shaft. One way that is presently used to provide efficient electronic cooling is through a superconductor-semiconductor-superconductor double Schottky-junction structure.

Capacitance built into the spherical enclosure would charge and discharge producing alternating current. The basic principle of the induction motor can now be updated using solid state materials.

Our device so built would accelerate electrons through magnetic means and tunneling. The electrons would follow the path of a toroid producing a magnetic field in the shaft and an induced magnetic field, each field opposing the other causing the gyroscope-rotor to spin.

The device would be tapping into the universal sea of free energy that we can not explain with present physics. This endless sea of energy is a resource that we must not ignore if we are to survive and prosper in the coming years. This is an enormous energy supply provided by the inexplicable workings of nature – a gift if you will.

This is a gift we must not ignore.

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Ralph Randolph Sawyer