Membranes and Matrix Models
Jens Hoppe
Abstract
Section I contains introductory remarks about surface motions. Section II gives a detailed derivation of H=-Δ-TrΣi<j[Xi,Xj]2 as describing a quantized discrete analogue of relativistically invariant membrane dynamics. Section III concerns the question of zero-energy bound-states in SU(N)-invariant supersymmetric matrix models. Section IV discusses the space of solutions of some differential matrix equations on (-∞,+∞), interpolating between different representations of su(2). Some exercises are added, and one remark/conjecture concerning 5-commutators.
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