9 problems
- 0 votes0 replies1 view
Serre's congruence subgroup conjecture for S-unit groups
Let be an algebraic number field, let be a finite set of maximal ideals of its ring of integers, and let be the group of units of an -localized maxima…
- 0 votes0 replies0 views
The S-integer conjecture for left orderability of arithmetic groups
Let be a -simple algebraic -group, let be a nonempty set of prime numbers, and write…
- 0 votes0 replies0 views
Polynomial filling conjecture for S-arithmetic lattices
Let ) be a number field, let be an absolutely almost simple, -isotropic -algebraic group, let contain all archimedean places of , and let …
- 0 votes0 replies1 view
The S-arithmetic polynomial filling conjecture
Let be an -arithmetic group in arbitrary characteristic, and let the filling functions and rank be understood as in the cited Lie-group theorem. The S-arithmetic polynomial…
- 0 votes0 replies1 view
Action dimension conjecture for S-arithmetic groups
Let an -arithmetic group act on the product of a symmetric space and a Euclidean building. Denote the dimensions of these factors by the dimension of the symmetric space and the…
- 0 votes0 replies1 view
Cyclotomic Eisenstein conjecture for S-arithmetic homology
Let be a finite set of primes with , let denote the corresponding -arithmetic level, and let be the coefficient system used in the paper. Cyclo…
- 0 votes0 replies0 views
Eisenstein homology conjecture for S-arithmetic groups
Let be a finite set of primes with , and let be the associated -arithmetic space. Eisenstein homology conjecture. Then is Eise…
- 0 votes0 replies0 views
Higher-dimensional Dehn function conjecture for non-uniform S-arithmetic lattices
Let be an -arithmetic subgroup of a reductive algebraic group defined over a global field such that acts as an irreducible non-uniform lattice on…
- 0 votes0 replies0 views
The coarse filling conjecture for S-arithmetic groups
Let ) be a global field, meaning a global function field or a number field. Let be an absolutely almost simple -isotropic -group, let be a non-empty finite set of…