1832: TELEGRAFO Its inventor was hiperconocido, Samuel light games Morse, the same Morse Code. The

"The old life was based on silence. In the 19th century with the invention of machinery, noise was born. Today, noise triumphs and reigns supreme over the sensibilities of man. "Luigi Russolo, 1913
1832: TELEGRAFO Its inventor was hiperconocido, Samuel light games Morse, the same Morse Code. The Telegraph basically allowed light games the rhythmic pulses traveling or could be transmitted over long distances; obviously these rhythmic pulses were not musical themselves, but the code own the famous inventor. In the intro to the piece of Rush "Yyz" We can hear an example of Morse code, I think it's the code of an airport in Canada and stands y, y, z. In Morse code would be something like "- - 1833-34. ENGINE OR THE DIFFERENCE Motor Differential (differentiation method) Its inventor was a British scientist named Charles Babbage His invention was a sort of machine to work with.. Free math error tables, you can say it was the first digital automatic adding programmable therefore light games precursor machines sampling (vgCMI Farlight), digital light games synths, sequencers, etc. 1859: TELEGRAPH-PIANO is a kind of telegraph. I used to operate light games a lot like the piano keyboard, thus its mechanism of rhythmic pulses worked better Its inventor was David E. Hughes.. Helmholtz resonator -. Hermann Ludwig light games Ferdinand von Helmholtz The origins light games of electronic music can be traced to the analytical work of Hermann Ludwig Ferdinand von Helmholtz (1821-1894) German physicist and mathematician, author of the book "TONE: psychological basis for the theory of music." (1860) built an electronically controlled Helmholtz tool for analyzing light games combinations tone, the "Helmholtz resonator" with metal teeth of the electromagnetic vibrating and resonating spheres of glass or metal, the machine was used to analyze the constituent light games tones creating complex natural light games sounds. Helmholtz light games focused solely on sound scientific analysis and had no direct light games interest in musical applications, theoretical musical ideas were provided by the Italian composer 1867: PIANO Piano ELECTROMECANICO O also called Electromagnetic. It was developed by a guy named Hipp, who was director light games of a Swiss Telegraphic manufactures. light games This invention was a piano-style keyboard that triggered a series of electromagnetic mechanisms which in turn activated a dynamo (small generators) to thereby generate tones and produce sounds. Elisha Gray and "Musical Telegraph" (1876) Elisha Gray (Barnesville, Ohio, 1835 - Newtonville, Massachusetts, 1901) have been known throughout the world as the inventor of the telephone if Alexander Graham Bell had not arrived an hour before the patent office. Instead, he entered history as the accidental creator of one of the first electronic musical instruments, musical telegraph. Elisha Gray Gray discovered that could control the sound vibrating in the electromagnetic circuit and try accidentally invented a basic oscillator. The "Musical Telegraph" used steel rods that oscillations were created and transmitted over a telephone line through the electromagnets. Gray also built a simple loudspeaker device in their latest models consisting of a vibrating diaphragm in a magnetic field to make the oscillator audible. light games After many years of litigation, AG Bell was legally named the inventor of the telephone, and in 1872 Gray founded the Western Electric Manufacturing Company, parent company of current Western Electric Company. Two years later he retired to pursue independent research and teach their knowledge in Oberlin College. "Dynamophone light games / Telharmonium" From Thaddeus Cahill (1897) The "Telharmonium" or "Dynamophone", developed by Thaddeus Cahill, can be considered the first significant electronic musical instrument. The first fully finished model was presented to the public in 1906 in Holyoke. The Telharmonium was essentially a group of 145 modified dynamos employing a number of axles and associated light games geared especially inductors to produce alternating currents of different audio frequencies. These signals were controlled by a multiple system of polyphonic sensitive keypads and controls associated banks. (Thadeus Cahill) In the first models, the sound that was audible was through piano acoustic horns. The latest models were directly connected to the telephone network (it was the only way to amplify the sound era preamp). The Telhar