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It is shown that there is no closed convex bounded non-dentable subset K of such that on subsets of K the PCP and the RNP are equivalent properties. Then applying the Schachermayer-Rosenthal theorem, we conclude that every non-dentable K contains a non-dentable subset L so that on L the weak topology coincides with the norm topology. It follows from known results that the RNP and the KMP are equivalent on subsets of .
Pericles D. Pavlakos, and Minos Petrakis. "On the structure of non-dentable subsets of $C(ω^{ω^{k}})$." Studia Mathematica 203.3 (2011): 205-222. <http://eudml.org/doc/285848>.
@article{PericlesD2011, abstract = {It is shown that there is no closed convex bounded non-dentable subset K of $C(ω^\{ω^\{k\}\})$ such that on subsets of K the PCP and the RNP are equivalent properties. Then applying the Schachermayer-Rosenthal theorem, we conclude that every non-dentable K contains a non-dentable subset L so that on L the weak topology coincides with the norm topology. It follows from known results that the RNP and the KMP are equivalent on subsets of $C(ω^\{ω^\{k\}\})$.}, author = {Pericles D. Pavlakos, Minos Petrakis}, journal = {Studia Mathematica}, keywords = {Radon-Nikodym property; Krein-Milman property; martingale; operators on ; bush; space with a countable ordinal}, language = {eng}, number = {3}, pages = {205-222}, title = {On the structure of non-dentable subsets of $C(ω^\{ω^\{k\}\})$}, url = {http://eudml.org/doc/285848}, volume = {203}, year = {2011}, }
TY - JOUR AU - Pericles D. Pavlakos AU - Minos Petrakis TI - On the structure of non-dentable subsets of $C(ω^{ω^{k}})$ JO - Studia Mathematica PY - 2011 VL - 203 IS - 3 SP - 205 EP - 222 AB - It is shown that there is no closed convex bounded non-dentable subset K of $C(ω^{ω^{k}})$ such that on subsets of K the PCP and the RNP are equivalent properties. Then applying the Schachermayer-Rosenthal theorem, we conclude that every non-dentable K contains a non-dentable subset L so that on L the weak topology coincides with the norm topology. It follows from known results that the RNP and the KMP are equivalent on subsets of $C(ω^{ω^{k}})$. LA - eng KW - Radon-Nikodym property; Krein-Milman property; martingale; operators on ; bush; space with a countable ordinal UR - http://eudml.org/doc/285848 ER -