ISCM

C0 note (16,35 Hz) — vibrating on liquid surface

D0 note (18.35 Hz) — vibrating on liquid surface

C0 note (16,35 Hz) — vibrating on liquid surface

F0 note (21.83 Hz) — vibrating on liquid surface

G0 note (24.50 Hz) — vibrating on liquid surface

A0 note (27.50 Hz) — vibrating on liquid surface

Jeffery, Christopher 

 
 

 

Biography

Christopher Jeffery lectures composition and music technology in the Unisa Dept of Art History, Visual Arts and Musicology. He recently completed a doctorate in composition at the University of Cape Town, including a pioneering thesis on national and racial identity in historical South African film music. Chris’s compositions have recently been performed in Johannesburg, Pretoria and Bloemfontein. Chris’s research has been published in South African Music Studies, and he has presented his research on film music and music theory at numerous conferences, including the Long Beach Indie Film, Media and Music Festival (Los Angeles, 2016). He was a guest lecturer at the University of Jyväskylä (Finland, 2015). Chris’s music theory research focuses on combination cycles, which also serve as the theoretical basis for his recent compositions. He also writes popular electronic music, and plays violin, viola, electric guitar and piano. Chris is passionate about the environment and sustainability.

 

 

Works in ISCM catalogue

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