Langlands correspondence

GPTKB entity

Statements (52)
Predicate Object
gptkbp:instanceOf gptkb:logic
gptkbp:field gptkb:algebraic_geometry
gptkb:mathematics
number theory
representation theory
gptkbp:generalizes geometric Langlands correspondence
gptkbp:hasConjecture gptkb:Langlands_program
https://www.w3.org/2000/01/rdf-schema#label Langlands correspondence
gptkbp:influenced arithmetic geometry
modern number theory
theory of motives
gptkbp:notableAchievement global Langlands correspondence
local Langlands correspondence
proof for GL(1) is class field theory
proof for GL(2) over Q by Andrew Wiles
proof for function fields by Laurent Lafforgue
proof for GL(n) over function fields by Laurent Lafforgue
gptkbp:partOf gptkb:Langlands_program
gptkbp:proposedBy gptkb:Robert_Langlands
1967
gptkbp:relatedTo gptkb:Taniyama–Shimura_conjecture
gptkb:Eisenstein_series
gptkb:modular_curves
gptkb:Langlands_dual_group
gptkb:motivic_L-functions
gptkb:Arthur–Selberg_trace_formula
gptkb:Shimura_varieties
gptkb:modularity_theorem
gptkb:Galois_groups
gptkb:Langlands_functoriality_conjecture
gptkb:Sato–Tate_conjecture
gptkb:automorphic_L-functions
gptkb:reciprocity_conjecture
Hecke algebras
modular forms
L-functions
automorphic forms
Galois representations
automorphic representations
trace formula
adelic groups
automorphic representations of reductive groups
cuspidal representations
functoriality principle
harmonic analysis on Lie groups
non-abelian class field theory
parabolic subgroups
reciprocity laws
reciprocity map
representation theory of p-adic groups
gptkbp:bfsParent gptkb:Robert_Langlands
gptkbp:bfsLayer 4