Skip to main content
MathOverflow

Return to Answer

m
Source Link
Pietro Majer
Pietro Majer
  • 60.5k
  • 4
  • 122
  • 269

Sobolev spaces: H = W

(There are ostensibly two kinds ofAbout Sobolev spaces, denoted with H's and W's, plus some superscripts and subscripts. Someone wrote a paper showing that the two kinds were equivalentMeyers and entitled their paper "H=W.")Serrin theorem H = W

Sobolev spaces: H = W

(There are ostensibly two kinds of Sobolev spaces, denoted with H's and W's, plus some superscripts and subscripts. Someone wrote a paper showing that the two kinds were equivalent and entitled their paper "H=W.")

About Sobolev spaces, Meyers and Serrin theorem H = W

added 11 characters in body
Source Link
John D. Cook
John D. Cook
  • 5.2k
  • 1
  • 48
  • 72

Sobolev spaces: H = W

(There are ostensibly two kinds of Sobolev spaces, denotesdenoted with H's and W's, plus some superscripts and subscripts. Someone wrote a paper showing that the two kinds were equivalent and entitled their paper "H=W.")

Sobolev spaces: H = W

(There are two kinds of Sobolev spaces, denotes with H's and W's, plus some superscripts and subscripts. Someone wrote a paper showing that the two kinds were equivalent and entitled their paper "H=W.")

Sobolev spaces: H = W

(There are ostensibly two kinds of Sobolev spaces, denoted with H's and W's, plus some superscripts and subscripts. Someone wrote a paper showing that the two kinds were equivalent and entitled their paper "H=W.")

Post Made Community Wiki
Source Link
John D. Cook
John D. Cook
  • 5.2k
  • 1
  • 48
  • 72

Sobolev spaces: H = W

(There are two kinds of Sobolev spaces, denotes with H's and W's, plus some superscripts and subscripts. Someone wrote a paper showing that the two kinds were equivalent and entitled their paper "H=W.")