Talk:Hölder's Inequality for Integrals

With the full theorem up (and Sequence Space is Lebesgue Space) there is IMHO no need to include the separate statement for sequence spaces. --Lord_Farin 15:02, 11 July 2012 (UTC)
 * Okay - feel free to bring this into line with how you think it should be - my own involvement starts when the one-proof wonder Shabab brought this one up at the end of 2009. All I have done since is tidy. --prime mover 19:56, 11 July 2012 (UTC)

Should this be reorganized? There are several statements of versions of the theorem, but one proof not obviously associated with a version. When clicking on some versions, it brings you to a page with no proof. Should we perhaps migrate the proof into the particular version that it is a proof of? Also, the proof for the equality case seems inadequate, as it appears to only handle a single direction. Addem (talk) 15:31, 14 January 2022 (UTC)


 * Yeah I would have it so it's:


 * Hölder's Inequality
 * Hölder's Inequality/Integrals
 * Hölder's Inequality/Integrals/Equality
 * Hölder's Inequality/Integrals/General
 * Hölder's Inequality for Sums (I know this is technically a subcase of the integral one with the counting measure – but since there are elementary proofs I think it warrants separation)


 * if that makes sense. A lot of functional analysis needs work. You'll notice that the $L^p$ spaces aren't defined anywhere. Don't be surprised if any page is incomplete or sub-optimal, this area has only really received the attention of a few contributors vs the foundational stuff. Caliburn (talk) 15:43, 14 January 2022 (UTC)