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The compact range property and C0

  • Neil E. Gretsky (a1) and Joseph M. Ostroy (a2)
Extract

The purpose of this short note is to make an observation about Dunford–Pettis operators from L1[0, 1] to C0. Recall that an operator T:E→F (where E and F are Banach spaces) is called Dunford–Pettis if T takes weakly convergent sequences of E into norm convergent sequences of F. A Banach space F has the Compact Range Property (CRP) if every operator T:L1]0, 1]→F is Dunford–Pettis. Talagrand shows in his book [2] that C0 does not have the CRP. It is of interest (especially in mathematical economics [3]) to note that every positive operator from L1[0, 1] to C0 is Dunford–Pettis.

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Copyright
References
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1.Bourgain, J., Dunford–Pettis operator on L1 and the Radon–Nikodyn property, Israel J. Math. 37 (1980), 34–27.
2.Talagrand, M., The Pettis integral, Mem. Amer. Math. Soc. No. 307, (Rhode Island, 1984).
3.Gretsky, N. E. and Ostroy, J. M., Thick and thin market non-atomic exchange economies, in Advances in Equilibrium Theory, Lecture Notes in Economics and Mathematical Systems No. 244 (1985), 107130.
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Glasgow Mathematical Journal
  • ISSN: 0017-0895
  • EISSN: 1469-509X
  • URL: /core/journals/glasgow-mathematical-journal
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