2. Distribution of invariants
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Problem 2.1.
(C. Li) Give an algebraic proof of stronger version of K.Fujita’s result that for smooth Fano X, if \alpha(X)=\frac{n}{n+1}, then X is uniform K-stable. -
Problem 2.2.
(I. Cheltsov, Y. Liu, Z. Zhuang) Find as large \alpha invariant as possible for K-unstable smooth Fanos. -
Problem 2.3.
(C. Jiang) For K-semistable klt Fano varieties, in a fixed dimension, does the set of all \alpha-invariants sastisfy the DCC? Is there a gap above \frac{1}{n+1}? If so, how large? -
Problem 2.4.
(L. Qi) Does the set of \alpha-invariants of K-semistable Fanos satisfy the ACC? What about \delta-invariant? -
Problem 2.5.
(C. Jiang) For smooth Fano varieties, is it true that \alpha \leq 1? Conjecture of Kawamata that |-K_X| \neq \varnothing implies this one. -
Problem 2.6.
(C. Li) How large is the gap of global volumes of K-semistable Fano varieties from (n+1)^n?
(C. Xu) Is the second largest volume achieved by quadratic?
Cite this as: AimPL: K-stability and related topics, available at http://aimpl.org/kstability.