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Classical Special Functions and L J Rogers
W N Baileys Extension of Rogerss Work
Partitions and qSeries
Partitions and Constant Terms
The Hard Hexagon Model
analog of 5.7 Andrews 19 Andrews 27 Appendix application of Bailey's Askey's Bailey chain Bailey pair Bailey's Lemma Baxter Baxter's solution Berndt bijection binomial Bressoud Carlson's Theorem Chapter coeff coefficient combinatorial computer algebra consider constant term D-rank define denote the number difference equations Dyson easily Euler's Euler's theorem Ferrers graph fixed points formula Frobenius partitions Frobenius symbol Garsia and Milne Garsia-Milne Gaussian polynomials given Hard Hexagon Model Hardy Hence hypergeometric series important infinite product Involution Principle Jacobi's Triple Product Kolitsch L. J. Rogers lecture Lie algebras MACSYMA Math mathematics mock theta functions modular forms multiples Notebook number of partitions number theory obtain proved q-series Ramanujan Ramanujan's Lost recurrence Regime right-hand side Rogers-Ramanujan identities Rogers's symmetric root system Schur's theorem SCRATCHPAD Selberg's integral sequence summation symbolic algebra package Theorem 4.2 topic Triple Product identity type enumerated Whittaker and Watson