music recording
- Key People:
- Georg Solti
- Herbert von Karajan
- Tony Wilson
- Related Topics:
- music
- sound recording
- race records
music recording, physical record of a musical performance that can then be played back, or reproduced.
Because music evaporates as soon as it is produced, humans, seeking permanence in life’s ephemera, have long sought ways to record and reproduce it. The efforts to capture the fleeting sounds of music have followed two basic methods: that of symbols and that of signals. The former—musical notation—matured earlier, and in one form or another it virtually monopolized the recording of music for centuries; the latter had to await the emergence of technology for its development. In notation, symbols are written down as a message to a trained performing musician who understands them and reinterprets them into sound. Signals, on the other hand—being direct physical impressions of, and potential stimuli to, sounds—bypass the performer in their reproduction and, in some electronic compositions, even in their recording. This article concerns itself solely with the latter, nonsymbolic, method. For information on the former method see notation.
Types of reproduction
The physical reproduction of music has been accomplished in three major ways, which can be designated the mechanical, the acoustical, and the electrical. In the mechanical, an automatic instrument, such as the barrel organ, plays music that has been built, or programmed, into the mechanism by the designer; the resulting sound is that of the apparatus. In the acoustical and electrical methods of reproduction, sonic vibrations themselves are captured in performance and reproduced—by purely mechanical means in the acoustical method and by the use of vacuum tubes, transistors, and other such devices in the electrical. In both cases, the resulting sound is expected to be that of the independent performance.
Until the end of the 19th century, music was reproduced primarily by means of the mechanical method. There are reports of other methods, probably based on the action of wind or forced air, dating as far back as about 1500 bce, in the 18th dynasty of ancient Egypt, when a colossal statue of the god Memnon at Thebes made some sort of sounds to greet his mother, the goddess of the dawn. (Toppled by an earthquake in the year 27 ce, the statue seems to have lost this ability upon reconstruction.) Friar Roger Bacon is reported to have invented some sort of talking head in the Middle Ages, and Josef Faber created in Vienna in 1860 a talking man with ivory reeds for vocal cords, a rubber tongue and lips, and with a keyboard that altered the mouth cavity to control word formation. The most common technique, however, called for a human hand or clockwork to turn a cylinder embedded with pins that would strike or otherwise operate some sound-producing apparatus, such as the metal teeth of a music-box comb; the hammers, quills, or pipes of a keyboard instrument; or the clappers of a set of bells. Automatic carillons are known from the 1300s; automatic harpsichords and organs, from the 1500s. King Henry VIII of England owned an automatic virginal; his daughter Queen Elizabeth I in 1593 sent the sultan of Turkey an elaborate musical clock. Every six hours it played a tune on 16 chimes, followed by a two-trumpet tantara, then by an organ tune and performance by “a holly bushe full of birds and thrushes, which at the end of the musick did singe and shake theire winges.” In the 19th century Queen Victoria of Great Britain owned a bustle that would play “God Save the Queen” when she sat down.
Some of the most illustrious composers in the history of music wrote for mechanical devices. Joseph Haydn wrote tunes for musical (pipe organ) clocks; Wolfgang Amadeus Mozart wrote several pieces for mechanical organ; and Ludwig van Beethoven wrote his Wellington’s Victory (or Battle Symphony) for the panharmonicon, a full mechanical orchestra invented by Johann Nepomuk Maelzel (Mälzel), a German musician who perfected the metronome.
At the end of the 19th century two inventions superseded the barrel-and-pin mechanism. One was the player piano, which used a perforated cardboard roll to control a stream of air that activated the piano’s hammers. This had the advantage of enabling pianists to record their performances for future playback, and many virtuosos and composers took advantage of this device, among them Ignacy Paderewski, Edvard Grieg, Claude Debussy, and Sergey Rachmaninoff. Some composers, including Igor Stravinsky and Paul Hindemith, wrote music especially for the piano roll, using devices such as combinations of as many as 30 notes played simultaneously; while impossible for two hands, such chords could readily be played by the perforated paper.
The second invention, which was to make obsolete all previous music-reproducing apparatuses (except in toys and cuckoo clocks), was the phonograph.
