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Filling the Bose sea: symmetric quantum Hall edge states and affine characters

Eddy Ardonne1, Rinat Kedem2 and Michael Stone1

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We explore the structure of the bosonic analogues of the k-clustered 'parafermion' quantum Hall states. We show how the many-boson wavefunctions of k-clustered quantum Hall droplets appear naturally as matrix elements of ladder operators in integrable representations of the affine Lie algebra \widehat{su}(2)_k . Using results of Feigin and Stoyanovsky, we count the dimensions of spaces of symmetric polynomials with given k-clustering properties and show that as the droplet size grows the partition function of its edge excitations evolves into the character of the representation. This confirms that the Hilbert space of edge states coincides with the representation space of the \widehat{su}(2)_k edge-current algebra. We also show that a spin-singlet, two-component k-clustered boson fluid is similarly related to integrable representations of \widehat{su}(3) . Parafermions are not necessary for these constructions.


PACS

73.43.Cd Theory and modeling

02.10.Ud Linear algebra

MSC

17B65 Infinite-dimensional Lie (super)algebras (See also 22E65)

Subjects

Mathematical physics

Surfaces, interfaces and thin films

Dates

Issue 3 (21 January 2005)

Received 23 September 2004, in final form 12 November 2004

Published 23 December 2004



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