Synthetische telepathie dmv microwaves.

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With reference to the drawings, FIG. 1 illustrates the RF to acoustic demodulation process of the invention. Ordinarily and acoustic signal A reaches the outer ear E of the head H and traverses first to the inner ear I and then to the acoustic receptors of the brain B. A modulated RF signal, however, enters a demodulator D, which is illustratively provided by the mass M of the brain, and is approximated, as shown in FIG. 2, by a sphere S of radius r in the head H. The radius r of the sphere S is about 7 cm to make the sphere S equivalent to about the volume of the brain B. It will be appreciated that where the demodulator D, which can be an external component, is not employed with the acoustic receptors of the brain B, it can have other forms.

The sphere S, or its equivalent ellipsoid or similar solid, absorbs RF power which causes an increase in temperature that in turn causes an expansion and contraction which results in an acoustic wave. As a first approximation, it is assumed that the RF power is absorbed uniformly in the brain. Where the demodulator D is external to the brain B, the medium and/or RF carrier frequency can be selected to assure sufficiently uniform absorption.

For the modulated RF signal of FIG. 1, the power absorbed in the sphere S is proportional to the power waveform of the modulated RF signal. The absorption rate is characterized quantitatively in terms of the SAR (Specific Absorption Rate) in the units of absorbed watts per kilogram per incident watt per square centimeter.

The temperature of the sphere S is taken as following the integrated heat input from the power waveform, i.e. the process is approximated as being adiabatic, at least for short term intervals on the order of a few minutes.

The radial expansion of the sphere follows temperature and is converted to sound pressure, p(t), determined by the radial velocity (Ur) multiplied by the real part of the specific acoustic impedance (Zs) of the sphere, as indicated in equation (1), below.

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Citerend patent Aanvraagdatum Publicatiedatum Aanvrager Titel
WO2012030249A1 * 3 juni 2011 8 maart 2012 Triphoj, Viktor Mikhajlovich Electromagnetic therapy method and device
WO2012030250A1 * 3 juni 2011 8 maart 2012 Triphoj, Viktor Mikhajlovich Electromagnetic therapy device
WO2012099487A1 * 22 juli 2011 26 juli 2012 Marat Kadirovich Sajphutdinov Device for non-contact electromagnetic therapy which provides for the remote wireless exchange of information via a cellular network
WO2012099488A1 * 22 juli 2011 26 juli 2012 Marat Kadirovich Sajphutdinov Method and device for establishing wireless communication on the basis of non-contact electromagnetic therapy devices
WO2012099489A1 * 22 juli 2011 26 juli 2012 Marat Kadirovich Sajphutdinov Device combining the functions of a non-contact electromagnetic therapy device and the functions of a mobile telephone or pocket pc or communicator or i-phone or smartphone

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Op dinsdag 13 augustus 2013 22:41 schreef Arduino het volgende:
Gaaf concept ik had het ook nog nooit gezien.

Ik vraag me alleen heel sterk af of dit met praktische waarden legaal te maken is. Het opwarmen van lichaamsdelen is namelijk niet zo gezond vooral niet voor je oog. Volgens mij heb je hier toch wel behoorlijke vermogens voor nodig. Ik denk in elk geval veel meer als bij een mobile telefoon. Vooral omdat je bij geen geluid ook al moet verwarmen omdat je anders de negatieve tonen niet kunt maken.

Ik kan de te gebruiken vermogens alleen niet terug vinden in het patent.