George E. Andrews 80 Years of Combinatory Analysis / edited by Krishnaswami Alladi, Bruce C. Berndt, Peter Paule, James A. Sellers, Ae Ja Yee.

Format:

Book

Contributor:

Andrews, George E., 1938- editor.

Series:

Trends in Mathematics, 2297-024X

Language:

English

Subjects (All):

Number theory.

Functions, Special.

Discrete mathematics.

Number Theory.

Special Functions.

Discrete Mathematics.

Local Subjects:

Number Theory.

Special Functions.

Discrete Mathematics.

Physical Description:

1 online resource (IX, 810 p. 40 illus., 37 illus. in color.)

Edition:

1st ed. 2021.

Place of Publication:

Cham : Springer International Publishing : Imprint: Birkhäuser, 2021.

Summary:

This book presents a printed testimony for the fact that George Andrews, one of the world’s leading experts in partitions and q-series for the last several decades, has passed the milestone age of 80. To honor George Andrews on this occasion, the conference “Combinatory Analysis 2018” was organized at the Pennsylvania State University from June 21 to 24, 2018. This volume comprises the original articles from the Special Issue “Combinatory Analysis 2018 – In Honor of George Andrews’ 80th Birthday” resulting from the conference and published in Annals of Combinatorics. In addition to the 37 articles of the Andrews 80 Special Issue, the book includes two new papers. These research contributions explore new grounds and present new achievements, research trends, and problems in the area. The volume is complemented by three special personal contributions: “The Worlds of George Andrews, a daughter’s take” by Amy Alznauer, “My association and collaborationwith George Andrews” by Krishna Alladi, and “Ramanujan, his Lost Notebook, its importance” by Bruce Berndt. Another aspect which gives this Andrews volume a truly unique character is the “Photos” collection. In addition to pictures taken at “Combinatory Analysis 2018”, the editors selected a variety of photos, many of them not available elsewhere: “Andrews in Austria”, “Andrews in China”, “Andrews in Florida”, “Andrews in Illinois”, and “Andrews in India”. This volume will be of interest to researchers, PhD students, and interested practitioners working in the area of Combinatory Analysis, q-Series, and related fields.

Contents:

Preface

Part I Personal Contributions

The Worlds of George Andrews, a Daughter’s Take

My Association and Collaboration with George Andrews

Ramanujan, His Lost Notebook, Its Importance

Part II Photographs

George Andrews: “Combinatory Analysis 80” Picture Book

Part III Articles

Dissections of Strange q-Series

Dyson’s “Favorite” Identity and Chebyshev Polynomials of the Third and Fourth Kind

A q-Translation Approach to Liu’s Calculus

Combinations of Ranks and Cranks of Partitions Moduli 6, 9 and 12 and Their Comparison with the Partition Function

Combinatorial Proofs of Two Euler-Type Identities Due to Andrews

Noncommutative Catalan Numbers

Elementary Polynomial Identities Involving q-Trinomial Coefficients

A Partial Theta Function Borwein Conjecture

A Note on Andrews’ Partitions with Parts Separated by Parity

A Bijective Proof of a False Theta Function Identity from Ramanujan’s Lost Notebook

Quasipolynomials and Maximal Coefficients of Gaussian Polynomials

Finding Modular Functions for Ramanujan-Type Identities

Partitions into Distinct Parts Modulo Powers of 5

The A2 Rogers–Ramanujan Identities Revisited

Properties of Multivariate b-Ary Stern Polynomials

A Simple Proof of a Congruence for a Series Involving the Little q-Jacobi Polynomials

D.H. Lehmer’s Tridiagonal Determinant: An Étude in (Andrews-Inspired) Experimental Mathematics

Gaussian Binomial Coefficients with Negative Arguments

A Lecture Hall Theorem for m-Falling Partitions

New Fifth and Seventh Order Mock Theta Function Identities

On Pattern-Avoiding Fishburn Permutations

A q-Analogue for Euler’s ζ(6) = π6 /945

A Variant of IdentityFinder and Some New Identities of Rogers–Ramanujan–MacMahon Type

Andrews–Gordon Type Series for Kanade–Russell Conjectures

A Generalization of Schröter’s Formula

A Truncated Theta Identity ofGauss and Overpartitions into Odd Parts

Combinatory Classes of Compositions with Higher Order Conjugation

Marking and Shifting a Part in Partitions

On Witten’s Extremal Partition Functions

A Proof of the Weierstraß Gap Theorem not Using the Riemann–Roch Formula

Richaud–Degert Real Quadratic Fields and Maass Waveforms

Sequentially Congruent Partitions and Related Bijections

Singular Overpartitions and Partitions with Prescribed Hook Differences

The Combinatorics of MacMahon’s Partial Fractions

Twin Composites, Strange Continued Fractions, and a Transformation that Euler Missed (Twice)

On the Andrews–Yee Identities Associated with Mock Theta Functions

Congruences for q-Binomial Coefficients

The Final Problem: A Series Identity from the Lost Notebook

A Family of Identities That Yields aWide Variety of Partition Theorem.

ISBN:

3-030-57050-9