|
|
Recent Issues |
Volume 24, 5 issues
Volume 24
Issue 5, 2389–2970
Issue 4, 1809–2387
Issue 3, 1225–1808
Issue 2, 595–1223
Issue 1, 1–594
Volume 23, 9 issues
Volume 23
Issue 9, 3909–4400
Issue 8, 3417–3908
Issue 7, 2925–3415
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 |
S G Brick,
M L Mihalik, The QSF property for
groups and spaces, Math. Z. 220 (1995) 207 MR1355026 |
2 |
G Conner, M
Mihalik, Commensurated subgroups
and ends of groups, J. Group Theory 16 (2013) 107
MR3008315 |
3 |
G R Conner,
M L Mihalik, Commensurated
subgroups, semistability and simple connectivity at
infinity, Algebr. Geom. Topol. 14 (2014) 3509 MR3302969 |
4 |
L Funar, D E
Otera, On the
wgsc and qsf tameness conditions for finitely presented
groups, Groups Geom. Dyn. 4 (2010) 549 MR2653975 |
5 |
R Geoghegan,
Topological methods
in group theory, 243, Springer (2008) MR2365352 |
6 |
R Geoghegan,
M L Mihalik, Free abelian
cohomology of groups and ends of universal covers, J.
Pure Appl. Algebra 36 (1985) 123 MR787167 |
7 |
R I Grigorchuk,
On a problem of
Day on nonelementary amenable groups in the class of finitely
presented groups, Mat. Zametki 60 (1996) 774 MR1619929 |
8 |
R I Grigorchuk,
An example of a
finitely presented amenable group that does not belong to the
class EG, Mat. Sb. 189
(1998) 79 MR1616436 |
9 |
P de la Harpe,
Topics in geometric group theory, University of Chicago
Press (2000) MR1786869 |
10 |
G Higman,
Subgroups of finitely presented groups, Proc. Roy. Soc.
Ser. A 262 (1961) 455 MR0130286 |
11 |
B Jackson, End invariants
of group extensions, Topology 21 (1982) 71 MR630881 |
12 |
F E A
Johnson,
Manifolds of homotopy type K(π,1), I,
Proc. Cambridge Philos. Soc. 70 (1971) 387 MR0290358 |
13 |
F E A
Johnson,
On the first end invariant of an exact sequence,
Mathematika 22 (1975) 60 MR0427483 |
14 |
R Lee, F
Raymond,
Manifolds covered by Euclidean space, Topology 14
(1975) 49 MR0365581 |
15 |
V M Lew,
The
semistability at infinity for multiple extension
groups, PhD thesis, Cornell University (1993) MR2689313 |
16 |
M L Mihalik,
Semistability at
the end of a group extension, Trans. Amer. Math. Soc.
277 (1983) 307 MR690054 |
17 |
M L Mihalik,
Ends
of groups with the integers as quotient, J. Pure Appl.
Algebra 35 (1985) 305 MR777262 |
18 |
M L Mihalik,
Ends
of double extension groups, Topology 25 (1986) 45
MR836723 |
19 |
M Mihalik, Semistability at
∞ of finitely generated groups,
and solvable groups, Topology Appl. 24 (1986) 259
MR872498 |
20 |
M L Mihalik,
Semistability at
infinity, simple connectivity at infinity and normal
subgroups, Topology Appl. 72 (1996) 273 MR1406313 |
21 |
J S Profio,
Using subnormality
to show the simple connectivity at infinity of a finitely
presented group, Trans. Amer. Math. Soc. 320 (1990) 281
MR961627 |
22 |
Y Shalom, G A
Willis, Commensurated
subgroups of arithmetic groups, totally disconnected groups and
adelic rigidity, Geom. Funct. Anal. 23 (2013) 1631
MR3102914 |
23 |
J Stallings,
The
piecewise-linear structure of Euclidean space, Proc.
Cambridge Philos. Soc. 58 (1962) 481 MR0149457 |
|