16 problems
Kawamata–Morrison–Totaro cone conjecture. The group acts on with finitely many orbits of Mori faces, while…
Let be a klt log Calabi–Yau pair over , where is -factorial and is an -boundary. Let and…
Let be a klt log Calabi–Yau pair over , where is -factorial. Write for the effective nef cone and for th…
Geometric cone conjecture. Suppose is klt and is -factorial. Then the number of -equivalence classes of faces of…
Arithmetic cone conjecture. Suppose is klt. Then there is a rational polyhedral cone such that
Let be a klt -trivial fiber space. Define … and … A subset is a weak fundamental domain for a group action if its translates cover the space and every transl…
Let be a -trivial fiber space, meaning a normal -factorial klt pair endowed with a proper surjective morphism with connected fibres such that…
Let be a klt Calabi–Yau pair. Let denote the effective cone appearing in the source, and let act on it by pullback. Effective cone…
Type (1) face orbit conjecture. The pseudoautomorphism group acts with finitely many orbits on the Type (1) faces of for every…
Morrison's cone conjecture.
Totaro's cone conjecture. There exists a rational polyhedral cone that is a fundamental domain for the action of on , namely
Finiteness conjecture. The group is always finite. The preceding lemma proves finiteness under the stronger assumption that has terminal singularities; the conjectur…
Let be a klt Calabi–Yau fiber space. Let , , and denote the effective, movable, and…
Let be a klt Calabi–Yau fiber space. Let and be the images of the pseudo-automorphism group and the auto…
Kawamata–Morrison Cone Conjecture. There exists a rational polyhedral cone contained in the cone spanned by Chern classes of nef effective Cartier divisors,…
Boundedness conjecture. Let be an irreducible holomorphic symplectic manifold birational to . The set