Transcription for a synth keyboard (the case study of the work of A. Artemiev, V.Martynov, Yu. Bogdanov - the disc 'Metamorphoses')

Autor: Elena Alekseevna Fatianova
Rok vydání: 2021
Zdroj: PHILHARMONICA. International Music Journal. :41-55
ISSN: 2453-613X
DOI: 10.7256/2453-613x.2021.5.36938
Popis: The author analyzes the experience of transcription of the compositions of J. Bull, C. Monteverdi, J. Bach, C. Debussy and S. Prokofiev for a synth keyboard Synthi 100 done by the Russian composers A. Artemiev, V. Martynov, Yu. Bogdanov in 1980, and released on the disc “Metamorphoses”. The author also considers the composers’ range of artistic tasks and sound solutions and the variants of work with the texture of the original compositions. The electronic interpretations, contained in the “Metamorphoses”, not only demonstrate the examples of transcribing the original text for a synth keyboard, but also illustrate the 4 criteria of electronic music formulated by K. Stockhausen: unified temporal structuring (a common temporal field), the disintegration of sound, a multidimensional spatial composition, and the equality of the tone and the noise. In spite of the fact that the transcription of classical music pieces for a synth keyboard was carried out by the Russian composers several decades ago, this experience hasn’t been studied yet. Probably, it is explained by the fact that the analysis and description of electronic music using traditional means is complicated, since the material under study is not noted: all transformations carried out by the interpreter are fixed only in the audiorecord. The analysis of transcriptions is complicated by the fact that electronic instruments are regularly upgraded and transformed, and therefore their artistic capacity is increased. The change of instruments caused the transformation of approach to music art. The article analyzes the transformation of the author’s text, the transformation of a piano texture into the electronic score, and the role of the arranger as a co-author of the composition. 
Databáze: OpenAIRE