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RESEARCH PRODUCT
Global functorial hypergestures over general skeleta for musical performance
Guerino MazzolaMaria Mannonesubject
Pure mathematicsComputer scienceMusicalcomposition; functoriality; global hypergestures; musical performance; string theory; world-sheetsPerformance theoryString theory050105 experimental psychologyEscher060404 musicsymbols.namesakestring theory0501 psychology and cognitive sciencescomputer.programming_languageSettore INF/01 - InformaticaApplied Mathematics05 social sciencesglobal hypergesturesDigraph06 humanities and the artsmusical performanceworld-sheetsAlgebraSettore MAT/02 - AlgebraComputational MathematicsFormalism (philosophy of mathematics)functorialityModeling and SimulationArrowsymbolscomputer0604 artsMusicLagrangianCompositiondescription
Musical performance theory using Lagrangian formalism, inspired by physical string theory, has been described in previous research. That approach was restricted to zero-addressed hypergestures of local character, and also to digraph skeleta of simple arrow type. In this article, we extend the theory to hypergestures that are defined functorially over general topological categories as addresses, are global, and are also defined for general skeleta. We also prove several versions of the important Escher Theorem for this general setup. This extension is highly motivated by theoretical and practical musical performance requirements of which we give concrete examples.
year | journal | country | edition | language |
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2016-07-29 | Journal of Mathematics and Music |