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Room P5, Mathematics Building
Sergiu Vacaru, Lisbon, IST
(Non) Commutative Finsler Geometry, Gauge Gravity and Strings
The main results on anholonomic noncommutative and Finsler geometry
in string theory are outlined. The relation of anholonomic frames
and nonlinear connections to M-theory and possible noncommutative
versions of locally anisotropic supergravity and D-branes are
discussed. There are analyzed new classes of exact solutions with
noncommutative local anisotropy describing anholonomically deformed
black holes (black ellipsoids) in string gravity, embedded
Finsler-string two dimensional structures, solitonically moving
black holes in extra dimensions and wormholes with noncommutativity
and anisotropy induced from string theory.