received by the International Bureau on 08.12.2014

I Claim

1) Wireless electric power transfer system, comprising: a real photon beam generator to generate a real photon beam; means to capture and convert the said real photon beam to electricity; said real photon beam generator comprising: a cavity, said cavity provided with an aperture, a medium contained in the said cavity, said medium consisting of molecules , said molecules being a homogeneous collection of molecules , said homogeneous collection of molecules consisting of at least one type of molecule, said molecules having a dipole moment , each of the said molecules being composed of at least two atoms, a pumping means , said pumping means being either a source of electromagnetic waves or a radio frequency generator, said source of electromagnetic waves having a frequency or a band of frequencies that is selected or are selected from a group consisting of rotational spectrum , vibrational spectrum and ro-vibrational spectrum of the said molecules, said radio frequency generator having a frequency or a band of frequencies that is selected or are selected from a group consisting of rotational spectrum , vibrational spectrum and ro-vibrational spectrum of the said molecules.

2) The system of claim 1 wherein the said source of electromagnetic waves is disposed on the outside of the said cavity, wherein the said source of electromagnetic waves is coupled to the said cavity via at least one waveguide. 3) The system of claim 1 or claim 2 wherein the said at least one waveguide is provided with a cover, said cover placed between the said at least one waveguide and the said cavity, said cover being transparent to the said source of electromagnetic waves, said cover preventing the said medium contained in the said cavity to leak into the said at least one waveguide.

4) The system of claim 1 wherein the said radio frequency generator is disposed on the outside of the said cavity , the said radio frequency generator being electrically coupled to a pair of electrode plates , the said pair of electrode plates disposed on the inside of the said cavity.

5) The system of claim 1 wherein the said aperture is provided with a reflective focusing hood , said reflective focusing hood attached to the said aperture on the outside of the said cavity.

6) The system of claim 1 wherein the said aperture is covered with a transparent material, the said transparent material being transparent to the real photons emitted by the said molecules.

7) The system of claim 1 wherein the said aperture has a diameter larger than the wavelength of the real photon having the largest wavelength emitted by the said molecules in order to allow the real photons having the largest wavelength emitted by the said molecules to pass through.

8) The system of claim 1 wherein the inner surface of the said cavity is reflecting for the real photons emitted by the said molecules. 9) The system of claim 1 wherein the inner surface of the said cavity is reflecting for the electromagnetic waves generated by the said source of electromagnetic waves.

10) The system of claim 1 wherein the said cavity is provided with a cooling system, the said cooling system disposed on the outer surface of the said cavity.

11 ) The system of claim 1 wherein the said means to capture & convert the said real photon beam is a rectifier antenna array, the said rectifier antenna array being an array of rectifier antenna modules, each of the said rectifier antenna modules further comprised of a semiconductor rectifier and a pair of antenna elements connected to the said semiconductor rectifier for supplying an electrical signal to the said semiconductor rectifier , the said rectifier antenna modules being further grouped into sub arrays, each of the said sub arrays containing rectifier antenna modules that are dimensioned to receive real photons having a particular frequency.

12) Method to transmit electric power through a transmission medium comprising the steps of:

providing a real photon beam generator for generating a real photon beam, said real photon beam generator comprised of a cavity,

providing the said cavity with an aperture,

selecting a type of medium to be contained in the said cavity, said medium consisting of molecules, said molecules being a homogeneous collection of molecules, said homogeneous collection of molecules consisting of at least one type of molecule, said molecules having a dipole moment , each of the said molecules being composed of at least two atoms,

filling the said cavity with the said medium,

providing a source of electromagnetic waves or a radio frequency generator as a pumping means, the said source of electromagnetic waves having a frequency or a band of frequencies that is selected or are selected from a group consisting of rotational spectrum , vibrational spectrum and ro-vibrational spectrum of the said molecules, the said radio frequency generator having a frequency or a band of frequencies that is selected or are selected from a group consisting of rotational spectrum , vibrational spectrum and ro-vibrational spectrum of the said molecules,

providing means to capture & convert the said real photon beam to electrical current,

pumping the molecules of the said medium to higher energy levels that is selected from a group consisting of higher rotational energy levels , higher vibrational energy levels and higher ro-vibrational energy levels of the said molecules,

generating the said real photon beam,

focusing the said real photon beam,

providing means to capture & convert the said real photon beam,

capturing & converting the said real photon beam to electrical current by using the provided said means to capture & convert the said real photon beam.

13) Method of claim 12 wherein the said step of providing a source of

electromagnetic waves or a radio frequency generator as a pumping means further comprises the steps of:

upon a condition in which the said source of electromagnetic waves has been provided as pumping means, placing the said source of electromagnetic waves on the outside of the said cavity,

providing for at least one waveguide,

coupling the said source of electromagnetic waves to the said cavity via the at least one waveguide,

generating electromagnetic waves from the said source of electromagnetic waves,

guiding the said electromagnetic waves through the said at least one waveguide.

14) Method of claim 12 wherein the said step of providing a source of

electromagnetic waves or a radio frequency generator as a pumping means further comprises the steps of:

upon a condition in which the said radio frequency generator has been provided as pumping means,

placing the said radio frequency generator on the outside of the said cavity , providing a pair of electrode plates,

placing the said pair of electrode plates on the inside of the said cavity, placing the said pair of electrode plates opposite to each other,

electrically coupling the said radio frequency generator to the said pair of electrode plates ,

making the said radio frequency generator to generate a radio frequency signal.

15) Method of claim 12 wherein the said step of providing means to capture & convert the said real photon beam to electrical current further comprises the steps of:

providing a rectifier antenna array, the said rectifier antenna array being an array of rectifier antenna modules , each of the said rectifier antenna modules further comprised of a semiconductor rectifier and a pair of antenna elements connected for supplying an electrical signal to the said semiconductor rectifier , the said rectifier antenna modules being further grouped into sub arrays, each of the said sub arrays containing said rectifier antenna modules that are dimensioned to receive a particular frequency component of the said real photon beam,

placing the said rectifier antenna array against to the real photon beam generated by the said real photon beam generator.

16) Method of claim 12 wherein the said step of providing the said cavity with an aperture further comprises the steps of:

providing a reflective hood,

attaching the said reflective hood to the said aperture on the outside of the said cavity for focusing the generated real photons by the said real photon beam generator.

17) Method of claim 12 wherein the said step of selecting a type of medium to be contained in the said cavity further comprises the step of:

selecting a molecular composition of the said medium in a manner such that at least one frequency from the band of frequencies that are selected from a group consisting of rotational spectrum, vibrational spectrum and ro-vibrational spectrum of the said homogeneous collection of molecules is not present in the absorption spectrum of the said transmission medium.

18) Method of claim 12 wherein the said step of capturing & converting the said real photon beam to electrical current by using the provided said means to capture & convert the said real photon beam is preceded by the step of passing the said real photon beam through an optical path consisting of at least one reflector.