Рейгар wrote:And why not just take a thread of a frequency generator, a device, not a program in the PC to connect via rashema antenna and radiate the desired frequency. But I saw the antenna and they are broadcasting in the radio format , and it megahertz. And how to broadcast to 1000 - Hz.
Yes, exactly the same as any other, but the antenna pin needs ideally about 1/2 or 1/4 wavelength, i.e., 1000 Hz is 150 or 75 kilometers respectively. Uncomfortable a little. And with another length efficiency drops, and side effects/distortion again.
.по. wrote:Frequency up to 1000 Hz is a simple audible music and speech. But if you really really want to invent such a device with antenna - pick up a guitar or a flute.
But not to be confused with the elastic wave in the medium and the electromagnetic - are completely different things, behave differently and have different influence on the body.
a Little diversion to summarise the theory:
Elastic wave "radiates" oscillating in an elastic medium elastic object having a sufficient surface area (membrane dynamics, for example, or the same string) - in fact it is the dynamic changes of pressure of air that is trapped just the same elastic object with a significant area (membrane in the ear or microphone). The higher the frequency or the amplitude, the further elastic medium is able to spread fluctuations. The smaller the elasticity of the medium, the worse she carries them.
- Electromagnetic wave is born unevenness of current in the conductor and only a guide can be taken (in fact, this dynamic-uniformity of the electromagnetic field, for which environment do not need - if you believe the physicists, electro-magnetic wave is itself a particle, albeit extremely hidroviaria and malonate). To put between them an equal sign (with some assumptions), in fact, only in vysokomineralizovannoj environment (plasma, for example, in which the body does to the bulb that is affecting him - he's a stupid char, and it is difficult in the plasma of any wave save - it has its own dynamics mad). Is propagated in a vacuum - the higher the elasticity of the medium, the faster EMV fades. The higher the frequency, the less distance the wave can propagate in an elastic medium.
effects on the body, respectively, are also diametrically opposed:
elastic wave is trying to shake the whole body completely, badly affecting its electromagnetic background (only if you really swing, which is unlikely without mechanical damage), the only significant impact - through the ears, and safely only in a very small range of frequency and amplitude, and feedback greatly depends on the temperament, character and picture of the world (the same music or verses someone inspiring, someone oppressed, and someone annoying).
- electromagnetic wave affects the field structure (and charged particles in the human body is the brain and nerve fibers, which by means of pulses of microcurrent was used to transmit bits of information) is theoretically safe ranges there is incomparably greater.
The fact that mankind uses electromagnetic waves to transmit elastic long distances - the same crazy reason to combine them, and use them as passenger transport to be combined in a single species Siberian huskies, draft ox, the elephant, bundles of firewood on the river and airliner...
PS: So I am always wary of people who are using orgonite missing some music files.<
in the photo I would not say that strong thing