14 problems
Let be a vector field satisfying the assumptions of the Liouville conjecture for stationary Navier–Stokes fields. In addition, suppose that is the restriction to…
Let be a vector field on , with pressure , satisfying the stationary Navier–Stokes system … where , together with … and…
Hénon–Lane–Emden conjecture. If is subcritical, then the system admits no positive solutions in .
Lane–Emden conjecture. If is subcritical, then the system admits no positive solution in .
Berestycki–Caffarelli–Nirenberg conjecture. (i) If there is a positive bounded solution of this problem, then depends only on ; consequently, and…
Consider the semilinear elliptic equation … where is a function, and let be a bounded stable solution, meaning that … for every…
Rotational symmetry conjecture. Every such solution on is rotationally symmetric.
Nonexistence conjecture. If either of these integral conditions is satisfied on , then every nonnegative solution of the equation referred to as $$ is identically zero.
Let , , be a complete, locally conformally flat manifold with scalar curvature , and let be a conformal map. LCF Liouville conjecture.…
Regularity and minimal-growth solution conjecture. Then:
Let be an entire 2-convex function, meaning that its Hessian eigenvalues lie in the closure of the -Hessian ellipticity cone, and suppose that … through…
Liouville-type conjecture. Every weak solution of this equation is identically zero:
Hé non-Lane-Emden conjecture. If is a nonnegative solution of the system and is under the critical hyperbola, then . This is a Liouville-type conjecture for…
Let ) be the domain in Eq. (1), let be its compactification, and let . Assume that Eq. (1) has a Fuchsian type singularity at and admits…