I’ve featured the work of choreographer Yoann Bourgeois on kottke.org before — his work gets performers moving on rotating stages and dropping ontotrampolines. A 2019 performance choreographed by Bourgeois based on an unfinished Mozart piece sort of combines his previous performances, with dancers dropping into a slippery ramp that slides them onto a rotating platform.
As you might expect, getting gravity and centripetal force to play well together requires some experimentation — Bourgeois recently shared a rehearsal blooper where he catches one of his performers before they go whizzing off the stage into the orchestra.
This is a short but mesmerizing clip of a performance of choreographer Yoann Bourgeois’ “Celui qui tombe” (He who falls) in which six performers move about a spinning platform. The spinning allows them to run without appearing to go anywhere and lean at seemingly impossible angles without Michael Jackson’s patented Smooth Criminal shoes. From a review in the Guardian:
Lowered into a horizontal position, this structure begins to revolve, slowly at first, then faster. Subjected to increasing centrifugal force, the dancers cluster together, their bodies inclining inwards at ever more acute angles. Individuals depart the group and make exploratory sorties, circling the platform as if battling against a great wind.
(Brief science interlude: my high school physics teacher told us never to use “centrifugal force” instead of “centripetal force” because it wasn’t actually a thing. More on that here.)
Choreographer & acrobat Yoann Bourgeois and pianist Alexandre Tharaud have collaborated on a performance that combines a trampoline, a staircase, and Claude Debussy’s most famous composition, Clair de Lune. Even though I’ve seen a performance from Bourgeois before and knew what was coming, that first drop onto the trampoline was startling.
From choreographer Yoann Bourgeois, a mesmerizing trampoline performance called La mécanique de l’histoire (The mechanics of history). It often looks like they’re moving in slow motion, which is tough to do when the acceleration of gravity is involved.
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