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Rhythmicon

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33: 99:, to interrupt the flow of light between bulbs and phototoreceptors aligned with the disk perforations. The interrupted signals created oscillations which were perceived as rhythms or tones depending on the speed of the disks. Although it generated both pitches and rhythms, it has often been described as the world's first drum machine. 613:" ... in 1932 ... Cowell wrote two compositions for it ... the concert was 'Rhythmicana' in four movements, a polyrhythmic percussive performance united with an orchestra and 'Music for Violin and Rhythmicon.' The first performance of this technical chamber music ... took place in the same year in San Francisco....". ThereminVox cites 245:
One of the original instruments built by Theremin wound up at Stanford University; the other stayed with Slonimsky, from whom it later passed to Schillinger and then the Smithsonian Institution. This latter instrument is operational; its sound has been described as "percussive, almost drum-like".
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Like many a futuristic contraption, the Rhythmicon was wonderful in every respect, except that it did not work. It was not until forty years later that an electronic instrument with similar specifications was constructed at Stanford University. It could do everything that Cowell and Theremin had
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Schillinger once calculated that it would take 455 days, 2 hours, and 30 minutes to play all the combinations available on the Rhythmicon, assuming an average duration of 10 seconds for each combination. The early introduction of the instrument was fortunate for Cowell and Theremin as brothers
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The rhythmicon can play triplets against quintuplets, or any other combination up to 16 notes in a group. The metrical index is associated ... with the corresponding frequence of vibrations.... Quintuplets are ... sounded on the fifth harmonic, nonuplets on the ninth harmonic, and so forth. A
238: 198:, 1931 (later renamed 'Concerto for Rhythmicon and Orchestra'), and Music for Violin and Rhythmicon (1932). Slonimsky said that Cowell's special piece Rhythmicana (presumably the one Cowell referred to in his letters to Ives) was completed too late to be used at the Paris concerts. 171:
Cowell had planned to exhibit the rhythmicon in Europe. In October 1931, in a letter to Ives from Berlin, he said, "I have been composing and have finished the second movement of my work for the Rhythmicon with orchestra for Nicolas to use in Paris in February." Composer
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experimented with the instrument, though it seems very unlikely that he had access to any of the original three devices; similarly, a number of accounts claim, without substantiation, that the Rhythmicon may be heard in the soundtracks of several movies, including
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complete chord of sixteen notes presents sixteen rhythmical figures in sixteen harmonics within the range of four octaves. All sixteen notes coincide, with the beginning of each period, thus producing a synthetic harmonic series of tones.
139:. The instrument produces its percussion-like sound using a system, proposed by Cowell, that involves light being passed through radially indexed holes in a series of spinning "cogwheel" disks before arriving at electric photoreceptors. 51: 578:"This apparatus, of which two models existed, one in Cowell’s possession and the other given up by Slonimsky to Schillinger - stirred great arousal in 1932 during an early concert at the New School for Social Research in New York." 209:– a demonstration of Cowell's new instrument. According to some sources, the concert premiered Cowell's "Rhythmicana", in four movements with orchestra, and "Music for Violin and Rhythmicon". According to several others, the 246:
Theremin later (in early 1960s) built a third, more compact model after his return to the Soviet Union toward the end of the 1930s. This version of the instrument is operational and now resides at the Theremin Center in Moscow.
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impossible for one person to perform simultaneously on acoustic keyboard or percussion instruments. The invention, completed by Theremin in 1931, can produce up to sixteen different rhythms—a periodic base rhythm on a selected
135:(if played) beats twice, the second overtone beats three times, and so forth. Using the device's keyboard, each of the sixteen rhythms can be produced individually or in any combination. A seventeenth key permits optional 290:) performed by the Tufts Electronic Music Ensemble, led by Paul D. Lehrman. The performance featured a reconstruction of the Rhythmicon played, designed and built by Mike Buffington for multi-instrumentalist and composer 52: 17: 49: 225:
wanted it to do and more, but it lacked the emotional quality essential to music. It sounded sterile, antiseptic, lifeless — like a robot with a synthetic voice.
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Shillinger eventually bought an original machine. Schillinger's widow donated the device to the Smithsonian Institution in 1966.(Mooney, op.cit.)
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in designing and building the remarkably innovative Rhythmicon. Cowell wanted an instrument with which to play compositions involving multiple
836:(1 minute 50 seconds video of Andrej Smirnov demonstrating a Rhythmicon with keyboard and spinning disks at the Theremin Center, Moscow, 2005) 131:. Like the overtone series itself, the rhythms follow an arithmetic progression, so that for every single beat of the fundamental, the first 176:, Cowell's close friend, commissioned Theremin to build a second model of the Rhythmicon for use by Cowell and his associate, conductor 476: 904: 374: 267:
designed and programmed a virtual Rhythmicon using Java Music Specification Language and JSyn. Edmund Eagan also created a
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The radically new instrument attracted considerable attention, and Cowell wrote a number of compositions for it, including
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and fifteen progressively more rapid rhythms, each associated with one of the ascending notes of the fundamental pitch's
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in New York. Schillinger had known Theremin since the early 1920s and had a lifelong interest in technology and music.
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concerto was not performed publicly until 1971, and it was played on a computer. (Cowell later used the same title,
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A similar but more sophisticated magneto-mechanical (rather than opto-mechanical) scheme would soon be used by
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Cowell soon left the Rhythmicon behind to pursue other interests and it was all but forgotten for many years.
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On May 15, 1932, a New Music Society concert in San Francisco included – along with the premiere of
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The Rhythmicon was publicly premiered January 19, 1932 by Cowell and fellow music educator and theorist
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Example of what a rhythmicon would sound like if all the keys were pressed down. Fundamental = C1.
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According to many unsubstantiated accounts, in the 1960s, innovative pop music producer
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Turning Pitch Into Rhythm: Henry Cowell and the Evolution of the Rhythmicon
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Brooklyn, N.Y.: Brooklyn College Institute for Studies in American Music.
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has also been working on a similar instrument with the same name.
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In 1930, the avant-garde American composer and musical theorist
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Before long the shine wore off. In 1988, Slonimsky wrote:
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https://ccrma.stanford.edu/~mburtner/polyrhythmicon.html
859:(Flash needed) (YouTube copy of Smirnov Rhythmicon demo) 699:
The History of Experimental Music in Northern California
272: 646:"Henry Cowell--Piano Music--Rhythmicana [1938]" 217:, for a set of solo piano pieces he composed in 1938.) 449:
Slonimsky, quoted in Leta E. Miller, Fredric Lieberm,
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Electronic music machines: the new musical instruments
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Modern music-makers; contemporary American composers
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Lev Sergeivitch Termen: The Inventor of the Theremin
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The Music of Henry Cowell: A Descriptive Catalogue.
756:Urbana and Chicago: University of Illinois Press. 714:part of the composer's website. Retrieved 3/4/07. 451:Composing a world: Lou Harrison, musical wayfarer 891: 502:Ann Arbor, Mich.: UMI Research Press (excerpted 327: 466:(New York: Philosophical Library), pp. 666–667. 725:"Tell Me More: A Passion for the Musical Past" 540:"Opaque Melodies: The Rhythmicon: Background" 453:. University of Illinois Press, 2004, p. 12. 241:The third Rhythmicon constructed by Theremin 304:Leon Theremin#Some of Theremin's inventions 397:: CS1 maint: location missing publisher ( 915:Musical instruments invented in the 1930s 874:American Mavericks: The Online Rhythmicon 362: 331:Theremin : ether music and espionage 801:"VIDEO: Rhythmicon demonstration (6 mb)" 533: 531: 529: 527: 525: 523: 521: 519: 363:Reveillac, Jean-Michel (23 April 2019). 236: 15: 602:. Perfect Sound Forever, October, 2009] 566: 564: 892: 537: 494: 492: 490: 405: 789:. Schirmer Trade Books, 2002, 318 pp. 590: 516: 479:. Oxford Music Online. Archived from 288:Concerto for Rhythmicon and Orchestra 282:hosted the premiere of Cowell's 1931 561: 500:Henry Cowell's New Music, 1925–1936. 669: 643: 487: 413:Theremin: ether music and espionage 145:described its capabilities in 1933: 111:collaborated with Russian inventor 13: 865:(at 120 Years of Electronic Music) 746: 189:the New School for Social Research 31: 14: 926: 793: 275:(Firmware 9.5 released 01–2021). 273:Haken Audio Continuum Fingerboard 66:Problems playing this file? See 47: 850:from the original on 2021-12-21 787:Perfect pitch: an autobiography 767:Lichtenwanger, William (1986). 717: 705: 689: 663: 637: 624: 605: 581: 552: 538:Mooney, David R. (2007-09-21). 166: 469: 464:Mathematical Basis of the Arts 456: 443: 426: 356: 321: 232: 102: 1: 712:Rhythmicon by Nick Didkovsky 462:Schillinger, Joseph (1948). 7: 905:Inventions by Léon Theremin 297: 10: 931: 695:'A Life Story', quoted at 611:ThereminVox.Com, op. cit. 328:Glinsky, Albert. (2000). 24:and the Rhythmicon (1932) 843:Rhythmicon demonstration 314: 263:More recently, composer 869:The Schillinger Society 840:Andrej Smirnov (2005). 754:Henry Cowell, Bohemian. 752:Hicks, Michael (2002). 880:Rhythmicon for Windows 634:. Dutton, 1952, p.272. 621:, Giulio Einaudi, 1963 498:Mead, Rita H. (1981). 369:. London. p. 95. 242: 227: 152: 36: 26: 440:, introduced in 1935. 240: 222: 147: 35: 19: 676:www.cowellpiano.com 650:www.cowellpiano.com 79:—also known as the 826:Unknown parameter 785:, Electra Yourke, 558:Glinsky, pp.140-1. 243: 185:Joseph Schillinger 37: 27: 22:Joseph Schillinger 783:Nicolas Slonimsky 670:Barelos, Stacey. 644:Barelos, Stacey. 619:Musica ex machina 571:ThereminVox.Com, 436:to construct his 376:978-1-119-61811-9 178:Nicolas Slonimsky 161:Benjamin Miessner 143:Nicolas Slonimsky 117:rhythmic patterns 53: 922: 910:Rhythm and meter 858: 856: 855: 835: 829: 824: 822: 814: 812: 811: 805: 740: 739: 737: 736: 721: 715: 709: 703: 693: 687: 686: 684: 682: 667: 661: 660: 658: 656: 641: 635: 630:Madeleine Goss, 628: 622: 615:Fred K. Prieberg 609: 603: 594: 588: 585: 579: 568: 559: 556: 550: 549: 547: 546: 535: 514: 496: 485: 484: 473: 467: 460: 454: 447: 441: 430: 424: 411:Albert Glinsky, 409: 403: 402: 396: 388: 360: 354: 353: 325: 280:Tufts University 269:Cowell Triangles 205:, a new work by 81:Polyrhythmophone 55: 54: 34: 930: 929: 925: 924: 923: 921: 920: 919: 890: 889: 853: 851: 839: 827: 825: 816: 815: 809: 807: 803: 799: 796: 749: 747:Further reading 744: 743: 734: 732: 723: 722: 718: 710: 706: 694: 690: 680: 678: 668: 664: 654: 652: 642: 638: 629: 625: 612: 610: 606: 595: 591: 586: 582: 577: 569: 562: 557: 553: 544: 542: 536: 517: 497: 488: 475: 474: 470: 461: 457: 448: 444: 434:Laurens Hammond 431: 427: 410: 406: 390: 389: 377: 361: 357: 342: 326: 322: 317: 300: 292:Wally de Backer 271:preset for the 257:Dr. Strangelove 235: 169: 129:overtone series 105: 93:harmonic series 73: 72: 64: 62: 61: 60: 59: 56: 48: 45: 38: 32: 25: 12: 11: 5: 928: 918: 917: 912: 907: 902: 888: 887: 882: 877: 871: 866: 860: 837: 795: 794:External links 792: 791: 790: 780: 765: 748: 745: 742: 741: 716: 704: 688: 662: 636: 623: 604: 589: 580: 560: 551: 515: 486: 483:on 2017-08-01. 468: 455: 442: 425: 404: 375: 355: 340: 319: 318: 316: 313: 312: 311: 306: 299: 296: 265:Nick Didkovsky 234: 231: 207:Mildred Couper 168: 165: 104: 101: 63: 57: 46: 41: 40: 39: 30: 29: 28: 20: 9: 6: 4: 3: 2: 927: 916: 913: 911: 908: 906: 903: 901: 900:Drum machines 898: 897: 895: 886: 883: 881: 878: 876:(Java applet) 875: 872: 870: 867: 864: 861: 849: 845: 844: 838: 833: 828:|people= 820: 802: 798: 797: 788: 784: 781: 778: 777:0-914678-26-4 774: 770: 766: 763: 762:0-252-02751-5 759: 755: 751: 750: 730: 726: 720: 713: 708: 702: 700: 692: 677: 673: 666: 651: 647: 640: 633: 627: 620: 616: 608: 601: 597: 593: 584: 576: 574: 567: 565: 555: 541: 534: 532: 530: 528: 526: 524: 522: 520: 513: 512:0-8357-1170-6 509: 505: 501: 495: 493: 491: 482: 478: 472: 465: 459: 452: 446: 439: 435: 429: 422: 421:0-252-02582-2 418: 414: 408: 400: 394: 386: 382: 378: 372: 368: 367: 359: 351: 347: 343: 341:0-252-02582-2 337: 333: 332: 324: 320: 310: 307: 305: 302: 301: 295: 293: 289: 285: 281: 276: 274: 270: 266: 261: 259: 258: 252: 247: 239: 230: 226: 221: 218: 216: 212: 208: 204: 199: 197: 192: 190: 186: 181: 179: 175: 164: 162: 158: 151: 146: 144: 140: 138: 134: 130: 126: 123: 118: 114: 113:Léon Theremin 110: 100: 98: 94: 90: 87:for composer 86: 85:Leon Theremin 82: 78: 71: 69: 44: 23: 18: 852:. 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Index


Joseph Schillinger
Rhythmicon
media help
Leon Theremin
Henry Cowell
harmonic series
Nipkow disk
Henry Cowell
Léon Theremin
rhythmic patterns
fundamental
pitch
overtone series
overtone
syncopation
Nicolas Slonimsky
Otto
Benjamin Miessner
Charles Ives
Nicolas Slonimsky
Joseph Schillinger
the New School for Social Research
Mildred Couper

Joe Meek
Dr. Strangelove
Nick Didkovsky
Cowell Triangles
Haken Audio Continuum Fingerboard

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