Vangelis, Composer of Chariots of Fire and Blade Runner Soundtracks, Dies Ages 79
Vangelis, the Greek composer and musician whose synth-driven work brought huge drama to film soundtracks including Blade Runner and Chariots of Fire, has died aged 79. The Guardian reports: Born Evangelos Odysseas Papathanassiou in 1943, Vangelis won an Oscar for his 1981 Chariots of Fire soundtrack. Its uplifting piano motif became world-renowned, and reached No 1 in the US charts, as did the accompanying soundtrack album. [...] Chariots of Fire became inextricable from Vangelis's timeless theme, and the music became synonymous with slow-motion sporting montages. "My music does not try to evoke emotions like joy, love, or pain from the audience. It just goes with the image, because I work in the moment," he later explained. His score to Blade Runner is equally celebrated for its evocation of a sinister future version of Los Angeles, where robots and humans live awkwardly alongside one another, through the use of long, malevolent synth notes; saxophones and lush ambient passages enhance the film's romantic and poignant moments. "It has turned out to be a very prophetic film -- we're living in a kind of Blade Runner world now," he said in 2005. Later in the decade he scored the Palme d'Or-winning Costa-Gavras political drama Missing, starring Jack Lemmon; the Mel Gibson and Anthony Hopkins drama The Bounty; and the Mickey Rourke-starring Francesco. He worked again with the Blade Runner director, Ridley Scott, on 1992 film 1492: Conquest of Paradise, and elsewhere during the 1990s, soundtracked Roman Polanski's Bitter Moon and documentaries by Jacques Cousteau. [...] A fascination with outer space found voice in 2016's Rosetta, dedicated to the space probe of the same name, and Nasa appointed his 1993 piece Mythodea (which he claimed to have written in an hour) as the official music of the Mars Odyssey mission of 2001. His final album, 2021's Juno to Jupiter, was inspired by the Nasa probe Juno and featured recordings of its launch and the workings of the probe itself in outer space.
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