![]() A simplified explanation on how piezo works. Electricity plays a major role in practically every scientific field, for instance pyro-electrics and piezo-electrics. Electricity isn’t just scientifically monopolized by electromagnetism. ![]() His work was to be crucial to the study of physics, mathematics and later even quantum mechanics, and cannot be disconnected from what we as guitar players do on a very basic, scientific level. The field got a major boost with the equations of Maxwell, which describe all possible behaviors of electromagnetism. Various scientists were exploring how magnetic fields, light, electricity, conductivity and many other physical phenomena behaved. The end of the 19th century is when experimentation began with electricity, as scientists developed some feel on how solid properties behave in some conditions. How did the guitar develop to what it is today? How do our views change on what constitutes good tone? Those kind of questions keep me occupied during the slow moments of a day, and one day I was asking myself the question: why do we, as electric guitar players, predominantly use sound systems based on electromagnetism and not on piezo-electrics? To answer that question I dove deep in history to see how the two fields, electromagnetism and piezo-electrics, developed to where they are today. I am always intrigued in how things developed.
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