Tracklist Hide Credits
| A1 |
–Wes York |
Microtonal MusicboxComposed By – Wes York |
6:34
|
| A2 |
–Thomas DeLio |
Partial ManifoldsComposed By – Thomas DeLioConductor [Director] – John E. WakefieldEnsemble [Wind] – Symphonic Wind Ensemble Of The University Of Maryland |
8:23
|
| B1 |
–Shirish Korde |
Goldbach's ConjectureComposed By – Shirish KordeFlute – Jean DeMart Warren* |
4:52
|
| B2 |
–Wesley Fuller |
Concertpiece: For Violin And ComputerComposed By – Wesley FullerViolin – Nancy Cirillo |
14:27
|
Companies, etc.
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Phonographic Copyright (p)
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Uni-Pro Recordings, Inc.
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Copyright (c)
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Uni-Pro Recordings, Inc.
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Mastered At
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Sound Technique
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Pressed By
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Europadisk
Credits
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Design [Cover]
–
Wes York
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Recorded By [Engineer]
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Gerald Lewis (tracks: A2),
H.L. Norris (tracks: A1, B1, B2)
Notes
Microtonal Musicbox was realized at the GEM Computer Music Studio in Worcester, Mass., and final work achieved at the M.I.T. Electronic Music Studio in Cambridge, Mass.
Partial Manifolds is the first of a series of compositions for wind ensemble the structures which are derived from mathematics – specifically, combinatorial group theory – and implemented with the aid of the University of Maryland computer.
Goldbach’s Conjecture was composed in 1983-84 using a version of the computer program ST-10 created by Iannis Xenakis.
Concertpiece for Violin and Computer (1982, rev. 1984)The computer tape was realized at the studio of the Tri-College Group for Electronic Music in Worcester, Mass.
Mastered by Sound Technique, Inc.
Ⓟ & © 1985 UNI-PRO Recordings, Inc.
Barcode and Other Identifiers
- Other (L.C. No.): 85-743237
- Matrix / Runout (A-Side Runout Etching): SR-302A (-3) 50P50+8 11-85 525-1 EDP
- Matrix / Runout (B-Side Runout Etching): SR-302B (-3) 50P50+8 11-85 525-1 EDP