Atomic structure recognition and modification method and apparatus

An atomic structure recognition and/or modification apparatus comprising in combination:

• At least one first frequency generator means capable of outputting at least one frequency, or combinations of, base frequencies, harmonics, inversions, and dissonances spanning the subsonic, sound, light, radio, and other electromagnetic wavelength spectra,
• At least one transmitting frequency transducer means electrically coupled to said first frequency generator, and capable of transmitting at least one frequency, or combinations of, base frequencies, harmonics, inversions, and dissonances spanning the subsonic, sound, light, radio, and other electromagnetic wavelength spectra,
• At least one receiving frequency transducer means capable of sensing at least one frequency, or combinations of, base frequencies, harmonics, inversions, and dissonances spanning the subsonic, sound, light, radio, and other electromagnetic wavelength spectra,
• At least one manual or programmable equalizer means capable of modifying at least one frequency, or combinations of, base frequencies, harmonics, inversions, and dissonances spanning the subsonic, sound, light, radio, and other electromagnetic wavelength spectra as generated by said first frequency generator means,
• At least one spectrum analyzer means electrically coupled to said receiving frequency transducer means, and capable of analyzing the amplitude of at least one frequency, or combinations of, base frequencies, harmonics, inversions, and dissonances spanning the subsonic, sound, light, radio, and other electromagnetic wavelength spectra,
• At least one computer means electrically coupled to said frequency generator means, said equalizer means, and said spectrum analyzer means, and configured with at least one software database means including the electron, proton, nuclear, and other known details of the atomic structure of at least one organic or inorganic substance, which may be located in proximity to said transmitting and receiving frequency transducers, including at least one “active” resonant frequency relevant to said substance which when generated, and applied to said substance through said transmitting transducer, may effect at least one change in the atomic or molecular characteristics of said substance, which change may include the electrostatic and electromagnetic polarization of said protons, electron, and neutron elements, said computer means also containing operational software means coded to modify the outputs of said first frequency generator means to output at least one amplitude variation of at least one frequency, or amplitude variations of combinations of, base frequencies, harmonics, inversions, and dissonances spanning the subsonic, sound, light, radio, and other electromagnetic wavelength spectra;
• At least one second frequency generating means configured to transmit single or multiple frequency waves, combined with single or multiple harmonics, inversions, and dissonances of said frequency waves at variable amplitudes, and able to project said frequency waves at a given point in space separated from, but relative to the physical location of said substance, and said second frequency generating means operating in synchronization with said first frequency generator means to provide a resonant inverse barrier wave tuned to create a frequency reflection effect in a medium surrounding said substance to allow said frequency sensing means to sense at least one frequency transmitted by said first frequency generator through said surrounding medium and through said substance;
• and
• said computer means configured with frequency analyzing software means coded to quantify, in a database, the atomic makeup of said substance by assessing the characteristics of absorbed, reflected, and transmitted levels of the frequency waves received by said frequency sensing means, and said computer processing means electrically coupled to said first and second frequency generators and configured to use said database to modify the frequency outputs of said first and second frequency generators to transmit a specific frequency wave, or combination of frequency waves through said surrounding medium.

An atomic structure modification apparatus comprising in combination:

• at least one frequency neutral specimen analysis chamber means comprising an interior space and an exterior shell,
• at least one specimen containment structure means located within said frequency neutral specimen analysis chamber configured to contain an atomic structure,
• at least one frequency generator means capable of outputting at least one frequency wave, or frequency wave combination configured by the addition or subtraction of at least one frequency wave amplification, harmonic, dissonance, inversion, and/or offset of said frequency wave to or from said frequency wave;
• and
• at least one transmitting frequency transducer means mechanically coupled to said frequency neutral specimen analysis chamber, and electrically coupled to said first frequency generator, and capable of transmitting at least one frequency, or frequency wave combination configured by the addition or subtraction of at least one frequency wave amplification, harmonic, dissonance, inversion, and/or offset of said frequency wave to or from said frequency wave.

A database which incorporates the following information in combination:

• classification of the transmitted, reflected, and absorbed frequency wave amplitudes of at least one frequency wave applied to at least one atomic structure;
• classification of the rates of transmission, reflection, and absorption of said frequency wave applied to said atomic structure;
• classification of the effects caused by modifying said absorbed frequency wave with respect to the base rate of said frequency wave absorption on said atomic structure following the addition or subtraction of at least one fundamental frequency wave amplification, harmonic, dissonance, inversion, and/or offset of said fundamental frequency wave to or from said fundamental frequency wave;
• classification of at least one effect on the net change characteristics of the combined frequency waves transmitted, reflected, and/or absorbed by said atomic and/or molecular structure following the addition or subtraction of at least one fundamental frequency wave amplification, harmonic, dissonance, inversion, and/or offset of said fundamental frequency wave to or from said fundamental frequency wave.

A method of identifying an atomic and/or molecular structure that includes in combination;

• classifying the transmitted, reflected, and absorbed frequency wave amplitudes of at least one frequency wave applied to at least one atomic structure;
• classifying the rates of transmission, reflection, and absorption of said frequency wave applied to said atomic structure;
• classifying the effects caused by modifying said absorbed frequency wave with respect to the base rate of said frequency wave absorption on said atomic structure following the addition or subtraction of at least one fundamental frequency wave amplification, harmonic, dissonance, inversion, and/or offset of said fundamental frequency wave to or from said fundamental frequency wave;
• and
• classifying at least one effect on the net change characteristics of the combined frequency waves transmitted, reflected, and/or absorbed by said atomic and/or molecular structure following the addition or subtraction of at least one fundamental frequency wave amplification, harmonic, dissonance, inversion, and/or offset of said fundamental frequency wave to or from said fundamental frequency wave.

A method of transmuting at least one molecular structure by:

• applying at least one frequency wave combination to at least one atomic structure, wherein said
• frequency wave combination is configured by the addition or subtraction of at least one frequency wave amplification, harmonic, dissonance, inversion, and/or offset of said frequency wave to or from said frequency wave;
• and
• adding at least one additional atomic component to initiate a molecular structure transmutation chain reaction.

A means to induce interactive propulsive forces in a vehicle surface and in a medium surrounding said vehicle surface comprising, in combination;

• at least one vehicle means having an interior and an exterior with an exterior surface comprised of electromagnetically polarizable material;
• at least one first electromagnetic polarity generating means mounted within said vehicle, and configured to induce either negative or positive electromagnetic charges on or within said vehicle surface;
• at least one positioning means coupled to said first electromagnetic polarity generating means, and configured to allow variable orientation of said negative or positive electromagnetic charges on said vehicle surface.
• at least one second electromagnetic polarity generating means mounted within said vehicle, and configured to induce either negative or positive electromagnetic charges on or within a medium surrounding said vehicle;
• at least one positioning system coupled to said second electromagnetic polarity generating means, and configured to allow orientation in said surrounding medium of said negative or positive electromagnetic charges about multiple axes relative to said vehicle surface.

A means to induce interactive propulsive forces in a vehicle surface and in a medium surrounding said vehicle surface comprising, in combination;

• at least one vehicle means having an interior and an exterior with an exterior surface comprised of electromagnetically polarizable material;
• at least one electromagnetic polarity generating means mounted within said vehicle, and configured to induce either negative or positive electromagnetic charges on or within said vehicle surface;
• at least one positioning means coupled to said electromagnetic polarity generating means, and configured to allow variable orientation of said negative or positive electromagnetic charges on said vehicle surface.
• at least one first frequency generator and transducer combination means mounted within said vehicle and configured to output and transmit at least one frequency, or a range of frequency waves through a medium surrounding said vehicle;
• at least one positioning system coupled to said first frequency generator, and configured to allow orientation in said surrounding medium of said frequency waves generated by said frequency generator about multiple axes relative to said vehicle surface.
• at least one frequency sensing means mounted within said vehicle and configured to receive the absorbed, reflected, and frequency waves transmitted by said first frequency generator through said medium surrounding said vehicle;
• at least one computer means electrically coupled to said frequency sensing means, and mounted within the interior of said vehicle, and configured with a frequency analyzing means to classify the atomic makeup of said surrounding medium by analyzing the absorbed, reflected, and transmitted frequency waves received by said frequency sensing means, and said computer processing means electrically coupled to said first frequency generator means and configured to modify the frequency outputs of said first frequency generator means to transmit a specific frequency wave, or combination of frequency waves through said surrounding medium, such that said frequency waves electromagnetically polarize the atomic structure of said medium in a positionally variable manner relative to the position of the electromagnetic polarities applied to the surface of said vehicle by said electromagnetic polarity generating means.

A weightlessness inducing apparatus comprising in combination:

• a means to identify the molecular structure of a sample of matter;
• a means to identify the electrical polarization characteristics of said sample of matter;
• a means to identify the electrical polarization characteristics of the ambient environment surrounding said sample of matter;
• a transmitter means configured to output a multi-spectrum frequency beam configured to induce a reverse electrical polarity effect in said sample of matter relative to said electrical polarization characteristics of said sample of matter, and of the ambient environment surrounding said sample of matter;
• a controller means to direct the output of said transmitter means to only effect specific portions of said sample of matter.