Group-graded Ore extensions and graded simplicity GM3S19KFDH

Expressions

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

Item	Kind	Where	Source
1FK34M7776	statement	theorem A	arxiv
1SCGA1T49X	example	example 3.20	arxiv
2V78X49YB6	statement	corollary 3.9	arxiv
2YRTDNS78T	example	example 3.23	arxiv
5KDJNNFS3T	statement	proposition 3.18	arxiv
8CCK05TH8Y	statement	lemma 2.3	arxiv
Quantized Weyl algebra	example	example 2.5	arxiv
8QVPJZRMG2	statement	lemma 4.4	arxiv
99E6RFD17T	statement	proposition 4.1	arxiv
A0CM7D9PFZ	example	example 4.6	arxiv
A9AF7H7J5Q	statement	lemma 3.5	arxiv
B9F2YQ0KFW	statement	corollary 3.10	arxiv
CBC5JA1NMH	statement	proposition 3.1	arxiv
D8204FHBFQ	statement	theorem 4.3	arxiv
DK18017JEC	statement	corollary 3.14	arxiv
ED1CHPAAGH	definition	definition 1.1	arxiv
EMA6WG2RWR	statement	corollary 3.8	arxiv
EPGPF4BZBA	statement	corollary 3.15	arxiv
A free algebra graded by $S_3$	example	example 2.6	arxiv
GC9ECCV2YS	statement	lemma 2.4	arxiv
H4G55FKH7M	statement	theorem D	arxiv
HPQDR5728N	statement	theorem B	arxiv
HQBQ2E3M8X	statement	theorem 3.19	arxiv
HWGQNGME95	statement	corollary 3.21	arxiv
KNN0DWDEX0	statement	theorem C	arxiv
MSJM20NYYV	example	example 3.17	arxiv
NFX9GJGK99	statement	lemma 4.5	arxiv
NNA8C63NWJ	definition	definition 1.2	arxiv
P811VD9F11	statement	lemma 4.2	arxiv
QZMR9PK25P	statement	proposition 2.7	arxiv
R08QRS4D25	statement	theorem 2.1	arxiv
A gr-simple extension with an intrinsic twist	example	example 3.13	arxiv
RTBQ17YS33	statement	proposition 3.2	arxiv
T89ANY2DJ8	statement	lemma 3.6	arxiv
Z0XNCJJ0Y5	statement	theorem 3.7	arxiv
Z1X2HBQKKC	statement	lemma 3.4	arxiv