Skip to main content
+ links and formatting
Source Link
Myshkin
  • 17.6k
  • 5
  • 71
  • 137

base Base change and Langlands' combinatorial exercise

Hi,

Is it correct that Langlands' combinatorial exercise (as he terms it in his paper "Shimura varieties and the Selberg trace formula" "Shimura varieties and the Selberg trace formula") is to establish base change identities between orbital integrals of the group $G$ over a number field and twisted orbital integrals over some unramified extension? Or am I completely wrong?

I am trying to understand this part of the Langlands' paper "On the zeta-functions of some simple Shimura varieties""On the zeta-functions of some simple Shimura varieties" without much success...

Thanks

base change and Langlands' combinatorial exercise

Hi,

Is it correct that Langlands' combinatorial exercise (as he terms it in his paper "Shimura varieties and the Selberg trace formula") is to establish base change identities between orbital integrals of the group $G$ over a number field and twisted orbital integrals over some unramified extension? Or am I completely wrong?

I am trying to understand this part of the Langlands' paper "On the zeta-functions of some simple Shimura varieties" without much success...

Thanks

Base change and Langlands' combinatorial exercise

Is it correct that Langlands' combinatorial exercise (as he terms it in his paper "Shimura varieties and the Selberg trace formula") is to establish base change identities between orbital integrals of the group $G$ over a number field and twisted orbital integrals over some unramified extension? Or am I completely wrong?

I am trying to understand this part of the Langlands' paper "On the zeta-functions of some simple Shimura varieties" without much success...

Source Link
Nicolás
  • 2.8k
  • 23
  • 28

base change and Langlands' combinatorial exercise

Hi,

Is it correct that Langlands' combinatorial exercise (as he terms it in his paper "Shimura varieties and the Selberg trace formula") is to establish base change identities between orbital integrals of the group $G$ over a number field and twisted orbital integrals over some unramified extension? Or am I completely wrong?

I am trying to understand this part of the Langlands' paper "On the zeta-functions of some simple Shimura varieties" without much success...

Thanks