- #1
RyderP
- 37
- 0
Do longitudinal wave devices use AM or FM?
RyderP said:Longitudinal waves, the ones Nikola Tesla was working on, for superluminal power and communication.
RyderP said:I think someone else answered my question: it would have to be FM.
RyderP said:I study a lot of "fringe physics," such as zero-point energy. I hope that would explain my question.
I think you mean Tesla's world system which was based on his invention named wireless aka one wire transmission of electrical energy. You can read about this in his patents and lectures.RyderP said:A Tesla Set was an urban legend of a device that, in theory, provide real-time power and communications between worlds and systems.
Longitudinal waves are a type of mechanical wave that travels in the same direction as the disturbance or vibration that created it. Examples of longitudinal waves include sound waves and seismic waves.
AM (amplitude modulation) and FM (frequency modulation) are two types of electromagnetic waves used for communication. The main difference between them is that AM waves vary in amplitude while FM waves vary in frequency.
AM waves are commonly used in radio broadcasting, where the amplitude of the wave is varied to carry the audio signal. They are also used in some radar systems and for long-distance communication.
FM waves are used in commercial radio broadcasting, where the frequency of the wave is varied to carry the audio signal. They are also used in television broadcasting, satellite communication, and some radar systems.
Devices use AM or FM waves by converting the audio signal into electromagnetic waves and then modulating either the amplitude or frequency of the wave to carry the signal. The receiver then demodulates the wave to retrieve the original signal.