I. Gordon

发表

Proceedings of the International Congress of Mathematicians Hyderabad, India, 2010

Rational Cherednik Algebras, I. Gordon, 2010 .

The real loci of Calogero-Moser spaces, representations of rational Cherednik algebras and the Shapiro conjecture

I. Gordon, E. Horozov, M. Yakimov, 2007, 0711.4336.

Rational Cherednik Algebras and Link Invariants Emanuele Ghedin

Jacob P. Matherne, I. Ganev, I. Gordon, 2015 .

On category $\mathcal{O}$ for cyclotomic rational Cherednik algebras

I. Gordon, I. Losev, 2014 .

Subregular representations of Sln and simple singularities of type An-1. Part II

I. Gordon, D. Rumynin, 2004 .

Subregular representations of _{} and simple singularities of type _{-1}. II

I. Gordon, D. Rumynin, 2003 .

Cherednik, Hecke and quantum algebras as free Frobenius and Calabi-Yau extensions

C. Stroppel, I. Gordon, K. Brown, 2006, math/0607170.

The Ramifications of the Centres: Quantised Function Algebras at Roots of Unity

I. Gordon, K. Brown, 1999, math/9912042.

The ramification of centres: Lie algebras in positive characteristic and quantised enveloping algebras

I. Gordon, K. Brown, 1999, math/9911234.

Edinburgh Research Explorer Quiver Varieties, Category O for Rational Cherednik Algebras, and Hecke Algebras

I. Gordon, I. Gordon, 2007 .

Symplectic reflection algebras

I. Gordon, Iain Gordon, 2007, 0712.1568.

Rational Cherednik algebras and Hilbert schemes, II: Representations and sheaves

I. Gordon, J.T.Stafford, Iain Gordon, 2004, math/0410293.

Rational Cherednik Algebras

I. Gordon, Iain Gordon, 2011 .

Rational Cherednik algebras and Hilbert schemes

J. T. Stafford, I. Gordon, Iain Gordon, 2004, math/0407516.

Cell modules and canonical basic sets for Hecke algebras from Cherednik algebras

Maria Chlouveraki, Stephen Griffeth, I. Gordon, 2011, 1104.4070.

On the quotient ring by diagonal invariants

I. Gordon, 2002, math/0208126.

Differential operators and Cherednik algebras

J. T. Stafford, I. Gordon, V. Ginzburg, 2008, 0803.3349.

Block representation type of reduced enveloping algebras

I. Gordon, A. Premet, 2001 .

Baby Verma Modules for Rational Cherednik Algebras

I. Gordon, Iain Gordon, 2002, math/0202301.

Representations of symplectic reflection algebras and resolutions of deformations of symplectic quotient singularities

I. Gordon, S.Paul Smith, 2003, math/0310187.

Edinburgh Research Explorer Differential operators and Cherednik algebras

J. T. Stafford, I. Gordon, 2017 .

Subregular Representations of $${\mathfrak{s}}{\mathfrak{l}}_n $$ and Simple Singularities of Type An−1

I. Gordon, D. Rumynin, 2003, Compositio Mathematica.

Poisson orders, symplectic reflection algebras and representation theory

I. Gordon, K. Brown, 2002, math/0201042.

On category O for cyclotomic rational Cherednik algebras

I. Gordon, I. Losev, 2011, 1109.2315.

A REMARK ON RATIONAL CHEREDNIK ALGEBRAS AND DIFFERENTIAL OPERATORS ON THE CYCLIC QUIVER

I. Gordon, 2005, Glasgow Mathematical Journal.

The Auslander–Gorenstein property for Z-algebras☆

J. T. Stafford, I. Gordon, 2013, 1302.6640.

Subregular Representations of ${\frak s} {\frak l}_{n}$ and Simple Singularities of Type A n [minus sign]1

I. Gordon, D. Rumynin, 2003 .

Subregular representations of $\sl_n$ and simple singularities of type $A_{n-1}$

I. Gordon, D. Rumynin, 2001, math/0101123.

Gelfand-Kirillov conjecture for symplectic reflection algebras

I. Gordon, 2007, 0710.1419.

GELFAND-KIRILLOV CONJECTURE FOR SYMPLECTIC REFLECTION

I. Gordon, 2007 .

Macdonald positivity via the Harish-Chandra D-module

I. Gordon, 2011, Inventiones mathematicae.

Macdonald positivity via the Harish-Chandra D-module

I. Gordon, 2011, Inventiones mathematicae.

Quantised Function Algebras at Roots of Unity and Path Algebras

I. Gordon, 1999 .

HAIMANS WORK ON THE N ! THEOREM, AND BEYOND

I. Gordon, 2009 .

Applications of Macdonald Polynomials

J. Remmel, J. Stembridge, N. Loehr, 2007 .

Cohomology of Quantized Function Algebras at Roots of Unity

I. Gordon, 2000 .

Catalan numbers for complex reflection groups

I. Gordon, Stephen Griffeth, 2009, 0912.1578.