|
|
Recent Issues |
Volume 23, 6 issues
Volume 23
Issue 6, 2415–2924
Issue 5, 1935–2414
Issue 4, 1463–1934
Issue 3, 963–1462
Issue 2, 509–962
Issue 1, 1–508
Volume 22, 8 issues
Volume 22
Issue 8, 3533–4008
Issue 7, 3059–3532
Issue 6, 2533–3057
Issue 5, 2007–2532
Issue 4, 1497–2006
Issue 3, 991–1495
Issue 2, 473–990
Issue 1, 1–472
Volume 21, 7 issues
Volume 21
Issue 7, 3221–3734
Issue 6, 2677–3220
Issue 5, 2141–2676
Issue 4, 1595–2140
Issue 3, 1075–1593
Issue 2, 543–1074
Issue 1, 1–541
Volume 20, 7 issues
Volume 20
Issue 7, 3219–3760
Issue 6, 2687–3218
Issue 5, 2145–2685
Issue 4, 1601–2143
Issue 3, 1073–1600
Issue 2, 531–1072
Issue 1, 1–529
Volume 19, 7 issues
Volume 19
Issue 7, 3217–3753
Issue 6, 2677–3215
Issue 5, 2151–2676
Issue 4, 1619–2150
Issue 3, 1079–1618
Issue 2, 533–1078
Issue 1, 1–532
Volume 18, 7 issues
Volume 18
Issue 7, 3749–4373
Issue 6, 3133–3747
Issue 5, 2509–3131
Issue 4, 1883–2507
Issue 3, 1259–1881
Issue 2, 635–1258
Issue 1, 1–633
Volume 17, 6 issues
Volume 17
Issue 6, 3213–3852
Issue 5, 2565–3212
Issue 4, 1917–2564
Issue 3, 1283–1916
Issue 2, 645–1281
Issue 1, 1–643
Volume 16, 6 issues
Volume 16
Issue 6, 3073–3719
Issue 5, 2459–3071
Issue 4, 1827–2458
Issue 3, 1253–1825
Issue 2, 621–1251
Issue 1, 1–620
Volume 15, 6 issues
Volume 15
Issue 6, 3107–3729
Issue 5, 2479–3106
Issue 4, 1863–2477
Issue 3, 1239–1862
Issue 2, 623–1238
Issue 1, 1–622
Volume 14, 6 issues
Volume 14
Issue 6, 3141–3763
Issue 5, 2511–3139
Issue 4, 1881–2509
Issue 3, 1249–1879
Issue 2, 627–1247
Issue 1, 1–625
Volume 13, 6 issues
Volume 13
Issue 6, 3099–3731
Issue 5, 2471–3097
Issue 4, 1857–2469
Issue 3, 1243–1856
Issue 2, 625–1241
Issue 1, 1–624
Volume 12, 4 issues
Volume 12
Issue 4, 1901–2517
Issue 3, 1265–1899
Issue 2, 643–1263
Issue 1, 1–641
Volume 11, 5 issues
Volume 11
Issue 5, 2477–3084
Issue 4, 1861–2475
Issue 3, 1243–1860
Issue 2, 625–1242
Issue 1, 1–624
Volume 10, 4 issues
Volume 10
Issue 4, 1865–2468
Issue 3, 1245–1863
Issue 2, 627–1244
Issue 1, 1–625
Volume 9, 4 issues
Volume 9
Issue 4, 1885–2502
Issue 3, 1255–1883
Issue 2, 625–1254
Issue 1, 1–624
Volume 8, 4 issues
Volume 8
Issue 4, 1855–2414
Issue 3, 1223–1853
Issue 2, 615–1222
Issue 1, 1–613
Volume 7, 4 issues
Volume 7
Issue 4, 1633–2270
Issue 3, 1135–1632
Issue 2, 529–1134
Issue 1, 1–528
Volume 6, 5 issues
Volume 6
Issue 5, 2031–2518
Issue 4, 1519–2029
Issue 3, 1025–1517
Issue 2, 513–1024
Issue 1, 1–512
Volume 5, 4 issues
Volume 5
Issue 4, 1291–1732
Issue 3, 865–1290
Issue 2, 443–864
Issue 1, 1–442
Volume 4, 2 issues
Volume 4
Issue 2, 647–1272
Issue 1, 1–645
Volume 3, 2 issues
Volume 3
Issue 2, 623–1292
Issue 1, 1–622
Volume 2, 2 issues
Volume 2
Issue 2, 591–1204
Issue 1, 1–590
Volume 1, 2 issues
Volume 1
Issue 2, 627–790
Issue 1, 1–625
|
|
|
|
|
1 |
M Bakuradze,
All
extensions of C2 by C2n
×C2n
are good for the Morava K–theory, Hiroshima Math. J. 50 (2020)
1 MR4074376 |
2 |
M Bakuradze, M
Jibladze, Morava K–theory rings for the groups G38,…,G41 of
order 32, J. K–Theory 13 (2014) 171 MR3177822 |
3 |
T Barthel, N
Stapleton, Centralizers in good
groups are good, Algebr. Geom. Topol. 16 (2016) 1453
MR3523046 |
4 |
T Barthel, N
Stapleton, Transfer ideals
and torsion in the Morava E–theory
of abelian groups, J. Homotopy Relat. Struct. 15 (2020)
369 MR4103988 |
5 |
S Carmeli, T M
Schlank, L Yanovski, Ambidexterity in chromatic
homotopy theory, preprint (2018) arXiv:1811.02057 |
6 |
J A Green,
The characters of
the finite general linear groups, Trans. Amer. Math.
Soc. 80 (1955) 402 MR72878 |
7 |
J A Green,
Hall algebras,
hereditary algebras and quantum groups, Invent. Math.
120 (1995) 361 MR1329046 |
8 |
J P C
Greenlees, N P Strickland, Varieties and
local cohomology for chromatic group cohomology rings,
Topology 38 (1999) 1093 MR1688422 |
9 |
M J Hopkins,
N J Kuhn, D C Ravenel, Generalized
group characters and complex oriented cohomology
theories, J. Amer. Math. Soc. 13 (2000) 553 MR1758754 |
10 |
M Hopkins, J
Lurie, Ambidexterity
in K(n)–local stable homotopy theory,
preprint (2013) |
11 |
M Hovey, N P
Strickland, Morava K–theories and localisation, 666,
Amer. Math. Soc. (1999) MR1601906 |
12 |
S M A
Hutchinson, The Morava cohomology
of finite general linear groups, PhD thesis, University
of Sheffield (2018) |
13 |
I Kriz, K P
Lee, Odd-degree
elements in the Morava K(n) cohomology of
finite groups, Topology Appl. 103 (2000) 229 MR1758436 |
14 |
G Lusztig, On the
discrete representations of the general linear groups over a
finite field, Bull. Amer. Math. Soc. 79 (1973) 550
MR315010 |
15 |
S Marsh, The Morava
E–theories of finite general
linear groups, PhD thesis, University of Sheffield (2009)
arXiv:1001.1949 |
16 |
A Mathew, N
Naumann, J Noel, Derived induction and
restriction theory, Geom. Topol. 23 (2019) 541 MR3939042 |
17 |
H Matsumura,
Commutative ring
theory, 8, Cambridge Univ. Press (1986) MR879273 |
18 |
D Quillen, On the cohomology and
K–theory of the general linear
groups over a finite field, Ann. of Math. 96 (1972) 552
MR315016 |
19 |
C Rezk, Modular isogeny
complexes, Algebr. Geom. Topol. 12 (2012) 1373 MR2966690 |
20 |
T M Schlank, N
Stapleton, A transchromatic
proof of Strickland’s theorem, Adv. Math. 285 (2015)
1415 MR3406531 |
21 |
B Schuster,
Morava
K–theory of groups of order
32, Algebr. Geom. Topol. 11
(2011) 503 MR2783236 |
22 |
B Schuster,
K(n) Chern
approximations of some finite groups, Algebr. Geom.
Topol. 12 (2012) 1695 MR2966700 |
23 |
N Stapleton,
Subgroups of
p–divisible groups and
centralizers in symmetric groups, Trans. Amer. Math.
Soc. 367 (2015) 3733 MR3314822 |
24 |
N Stapleton,
Transchromatic
twisted character maps, J. Homotopy Relat. Struct. 10
(2015) 29 MR3313634 |
25 |
N P Strickland,
Finite
subgroups of formal groups, J. Pure Appl. Algebra 121
(1997) 161 MR1473889 |
26 |
N P Strickland,
Morava
E–theory of symmetric
groups, Topology 37 (1998) 757 MR1607736 |
27 |
N P Strickland,
Formal
schemes and formal groups, from: "Homotopy invariant
algebraic structures" (editors J P Meyer, J Morava,
W S Wilson), Contemp. Math. 239, Amer. Math. Soc. (1999)
263 MR1718087 |
28 |
N P Strickland,
K(N)–local duality
for finite groups and groupoids, Topology 39 (2000) 733
MR1760427 |
29 |
N P Strickland,
Chern
approximations for generalised group cohomology,
Topology 40 (2001) 1167 MR1867242 |
30 |
M Tanabe, On Morava K–theories of Chevalley groups, Amer.
J. Math. 117 (1995) 263 MR1314467 |
31 |
C B Thomas,
Characteristic
classes and the cohomology of finite groups, 9,
Cambridge Univ. Press (1986) MR878978 |
32 |
T Torii, HKR
characters, p–divisible groups and
the generalized Chern character, Trans. Amer. Math.
Soc. 362 (2010) 6159 MR2661512 |
|