 |
 |
Recent Issues |
|
Volume 7, Issues 1–2
Volume 7
Issue 2, 243–506
Issue 1, 1–242
Volume 6, Issues 1–8
Volume 6
Issue 8, 1579–1868
Issue 7, 1289–1577
Issue 6, 1061–1288
Issue 5, 833–1059
Issue 4, 611–832
Issue 3, 405–610
Issue 2, 195–404
Issue 1, 1–194
Volume 5, Issues 1–8
Volume 5
Issue 8, 1001–1143
Issue 7, 849–1000
Issue 6, 693–848
Issue 5, 567–690
Issue 4, 431–566
Issue 3, 289–429
Issue 2, 131–288
Issue 1, 1–129
Volume 4, Issues 1–8
Volume 4
Issue 8, 1029–1114
Issue 7, 821–967
Issue 6, 649–820
Issue 5, 493–648
Issue 4, 357–491
Issue 3, 231–356
Issue 2, 111–229
Issue 1, 1–109
Volume 3, Issues 1–8
Volume 3
Issue 8, 847–990
Issue 6, 711–846
Issue 6, 611–710
Issue 5, 489–609
Issue 4, 367–487
Issue 3, 255–365
Issue 2, 121–254
Issue 1, 1–119
Volume 2, Issues 1–8
Volume 2
Issue 8, 859–1000
Issue 7, 721–858
Issue 6, 613–720
Issue 5, 501–611
Issue 4, 369–499
Issue 3, 249–368
Issue 2, 121–248
Issue 1, 1–120
Volume 1, Issues 1–4
Volume 1
Issue 4, 349–488
Issue 3, 239–348
Issue 2, 119–238
Issue 1, 1–117
|
|
 |
 |
|
Abstract
|
|
We present a conceptual and
uniform interpretation of the methods of integral representations of L-functions
(period integrals, Rankin–Selberg integrals). This leads to (i) a way to classify such
integrals, based on the classification of certain embeddings of spherical varieties
(whenever the latter is available), (ii) a conjecture that would imply a vast
generalization of the method, and (iii) an explanation of the phenomenon of “weight
factors” in a relative trace formula. We also prove results of independent
interest, such as the generalized Cartan decomposition for spherical varieties
of split groups over p-adic fields (following an argument of Gaitsgory and
Nadler).
|
Keywords
automorphic L-functions,
spherical varieties, Rankin–Selberg, periods of automorphic
forms
|
Mathematical Subject Classification 2000
Primary: 11F67
Secondary: 22E55, 11F70
|
Milestones
Received: 31 March 2010
Revised: 4 July 2011
Accepted: 1 August 2011
Published: 25 July 2012
|
|
|
|
|