High powered audio signal by continuous modulated explosion. December 5, 2007
Imagine a horn, like on a gramophone, used to direct and amplify sound pressure waves, and Imagine that there is no needle but a long narrow slit in the pointed end of the horn. Imagine that there is a record with a track that is maybe 1cm wide, not the usual 1/4 mm, and that the horn slit hole sits over and dissects the wide track. Imagine now that instead of bumps on the track, there is a high powered chemical explosive, not spread randomly, but covering the 1cm track, at varying widths, so that the width of the chemical correspond to a modulation of a sound waves amplitude, imposed onto the circular track The record spins, and a laser from inside the horn continuously ignites the chemical explosive in as the horn passes over each fraction of the track, causing a continuous, steady explosion. As the horn passes over the track, the amplitude of the explosion is modulated by width of the chemical track. Lastly, instead of a spiral track, there is one circular track, and at the opposite side of the sound horn, is a printer printing a waveform onto the track, but instead of printing with ink, it is printing with the high explosive. The track is printed, and played on the opposite side of the spinning disc within a fraction of a second, causing super high gain audio. What thinks we?
Leave a Reply