Resultants, Recursive Formulas and Binet Formulas for $\textrm{SU}(N)$ Verlinde Sums QJD3MZMJHW

URI	`m2://res/QJD3MZMJHW`
Kind	preprint
Creators	Jay Jorgenson, Anders Karlsson, Lejla Smajlović
Date	2026-09-28
MSC	05-XX, 11-XX
Subjects	arxiv math.CO, arxiv math.NT
Scope	in

Expressions

The mentions of the inventory that name this resource. Each name links to the card of its inventory row.

Item	Kind	Where	Source
24TYWQ2ZWS	statement	proposition 2.5	arxiv
2R4XPF5HK1	statement	lemma 5.2	arxiv
3YQDD62SZ4	statement	theorem	arxiv
4KCTJ8B6WH	statement	lemma 5.1	arxiv
57YQMZPP72	statement	theorem 5.3	arxiv
$N=8$, $m=10$	example	example 6.6	arxiv
66TEN8E0FY	statement	corollary 3.7	arxiv
7D5RVJRZNZ	example	example 6.3	arxiv
$N=4$, $m=5$	example	example 4.4	arxiv
$N=3$, $m=4$	example	example 4.3	arxiv
APA307YCSW	statement	theorem 3.6	arxiv
AVXVQM8HYT	statement	lemma 2.3	arxiv
FBX26A7F23	statement	proposition 2.4	arxiv
GFJHHXS2G4	statement	lemma 2.1	arxiv
GX52FGM41S	statement	corollary 3.3	arxiv
HZ9KFE828B	statement	theorem 4.1	arxiv
$N=6$, $m=8$	example	example 4.5	arxiv
$N=4$, $m=13$	example	example 5.7	arxiv
JTTV1ZFE7P	example	example 6.1	arxiv
KGNB2AEB4P	example	example 6.4	arxiv
KHFABTRE73	statement	lemma 3.1	arxiv
NT0TM1SWTK	statement	corollary 5.4	arxiv
PN40AAB7KM	statement	lemma 3.2	arxiv
RVZP4WJRX3	example	example 6.2	arxiv
$N=6$, $m=8$	example	example 6.5	arxiv
XXSX6BVSN6	statement	theorem 4.7	arxiv