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19992008
most citedTransitive powers of Young-Jucys-Murphy elements are central

4 citations · 11 across the 7 of their papers we have counts for

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6 papers · 1 filter

math.CO20083 cited

The KP hierarchy, branched covers, and triangulations

I. P. Goulden, D. M. Jackson

The KP hierarchy is a completely integrable system of quadratic, partial differential equations that generalizes the KdV hierarchy. A linear combination of Schur functions is a sol…

math.CO2008

Annular embeddings of permutations for arbitrary genus

I. P. Goulden, William Slofstra

In the symmetric group on a set of size 2n, let P_{2n} denote the conjugacy class of involutions with no fixed points (equivalently, we refer to these as ``pairings'', since each d…

math.CO20072 cited

Enumerative Properties of NC^B(p,q)

I. P. Goulden, Alexandru Nica, Ion Oancea

We determine the rank generating function, the zeta polynomial and the Moebius function for the poset NC^B(p,q) of annular non-crossing partitions of type B, where p and q are two…

math.CO20074 cited

Transitive powers of Young-Jucys-Murphy elements are central

I. P. Goulden, D. M. Jackson

Although powers of the Young-Jucys-Murphya elements X_i = (1 i) + ... +(i-1 i), i = 1, ..., n, in the symmetric group S_n acting on {1, ...,n} do not lie in the centre of the group…

math.CO2005

A simple recurrence for covers of the sphere with branch points of arbitrary ramification

I. P. Goulden, Luis G. Serrano

The problem of counting ramified covers of a Riemann surface up to homeomorphism was proposed by Hurwitz in the late 1800's. This problem translates combinatorially into factoring…

math.CO2005

An explicit form for Kerov's character polynomials

I. P. Goulden, A. Rattan

Kerov considered the normalized characters of irreducible representations of the symmetric group, evaluated on a cycle, as a polynomial in free cumulants. Biane has proved that thi…