2015
DOI: 10.2298/fil1504829g
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Advances on Ricceri’s most famous conjecture

Abstract: New advances towards a (positive) solution to Ricceri?s (most famous) Conjecture are presented. One of these advances consists of showing that a totally anti-proximinal absolutely convex subset of a vector space is linearly open. We also prove that if every totally anti-proximinal convex subset of a vector space is linearly open then Ricceri?s Conjecture holds true. Finally we demonstrate that the concept of total anti-proximinality does not make sense in the scope of pseudo-normed spaces.

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“…The previous remark arises the question whether every totally anti-proximinal convex set containing 0 is quasi-absolutely convex. In a very recent paper (see [8,Example 3.6]), the authors of this manuscript have found an example of a convex set containing 0 which is not quasi-absolutely convex. To finish this section, we will show that in finite dimensional normed spaces the bounded, convex sets containing 0 are always quasi-absolutely convex.…”
Section: Quasi-absolutely Convex Setsmentioning
confidence: 99%
“…The previous remark arises the question whether every totally anti-proximinal convex set containing 0 is quasi-absolutely convex. In a very recent paper (see [8,Example 3.6]), the authors of this manuscript have found an example of a convex set containing 0 which is not quasi-absolutely convex. To finish this section, we will show that in finite dimensional normed spaces the bounded, convex sets containing 0 are always quasi-absolutely convex.…”
Section: Quasi-absolutely Convex Setsmentioning
confidence: 99%