Farrell–Jones conjecture
Can algebraic invariants of every group be assembled from its virtually cyclic subgroups?
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Can algebraic invariants of every group be assembled from its virtually cyclic subgroups?
Can finite groups detect every nontrivial element of every hyperbolic group?
Does a hyperbolic group whose boundary is a two-sphere act geometrically on hyperbolic three-space?
Can the topology of a finite group’s elementary abelian 2-subgroups detect its normal 2-subgroup structure?
Do non-CM elliptic curves over the rationals always have full mod-p Galois image for primes p>37?
Is every coefficient of Ramanujan’s discriminant modular form nonzero?
Does nonnegative sectional curvature force finite total rational homotopy in a closed simply connected manifold?
Can two distinct surgery slopes on the same nontrivial knot produce the same oriented three-manifold?
Does exponential growth of colored Jones evaluations recover the volume of every hyperbolic knot complement?
For many representative points in a uniform three-dimensional region, is a body-centered cubic arrangement asymptotically best at minimizing squared distance to the nearest representative?
What periodic partition of three-dimensional space into equal-volume cells uses the least shared surface area?
If shortest paths stay uniquely determined out to the full diameter, must the entire metric be one of the standard symmetric geometries?
Can surgery on a knot create a genuinely decomposable 3-manifold only through the known cable-knot construction?
Can each block’s irreducible representations in prime characteristic be counted entirely from local subgroup data?
Does an abelian-defect representation block retain its derived structure when replaced by its local normalizer block?
Must every set of n distinct points in the plane determine at least a constant times n/√log n different distances?