In 1968 and 1969, Andrews proved two partition theorems of theRogers-Ramanujan type which generalise Schur's celebrated partition identity(1926). Andrews' two generalisations of Schur's theorem went on to become twoof the most influential results in the theory of partitions, findingapplications in combinatorics, representation theory and quantum algebra. In arecent paper, the author generalised the first of these theorems tooverpartitions, using a new technique which consists in going back and forthbetween $q$-difference equations on generating functions and recurrenceequations on their coefficients. Here, using a similar method, we generalisethe second theorem of Andrews to overpartitions.
展开▼
机译:识字和算术磁性图。白色磁性片,可轻松放置在白板上。各种类型的图表,包括大型写作图表,Andrewa的电磁数学表格和学生魔术写作图表。图表可以水平(600x900mm)或(250x200mm)或垂直(900mmx600mm)排列。写作图表用虚线表示。粗线为蓝色,虚线为红色。 Andrewa的Magnetic Math Grid由50x50mm的蓝色方块组成;网格为594x841mm,由十七行十一列组成。