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Another recent paper that deals with this question is this one, where they get "as much regularity as possible":

http://cvgmt.sns.it/paper/3700/

The spirit is Eulerian and they use the convex integration technique (so unluckily no explicit vector field): they show that basically they can reach whatever smooth measure you want (besides the lebesgue measure), with a sobolev vector field.

However it is set on the torus and so you don't have the compact support hypotesis; but the same technique has been used also with the euler equation, and in that case they could also have a counterexample to uniqueness with compact support, so I would expect this is also the case.

Hope this helps!

Another recent paper that deals with this question is this one, where they get "as much regularity as possible"

http://cvgmt.sns.it/paper/3700/

Another recent paper that deals with this question is this one:

http://cvgmt.sns.it/paper/3700/

The spirit is Eulerian and they use the convex integration technique (so unluckily no explicit vector field): they show that basically they can reach whatever smooth measure you want (besides the lebesgue measure), with a sobolev vector field.

However it is set on the torus and so you don't have the compact support hypotesis; but the same technique has been used also with the euler equation, and in that case they could also have a counterexample to uniqueness with compact support, so I would expect this is also the case.

Hope this helps!

Source Link
StheW
  • 151
  • 5

Another recent paper that deals with this question is this one, where they get "as much regularity as possible"

http://cvgmt.sns.it/paper/3700/