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(1983)
Invariant extensions of Lebesgue measure. (Russian)
C. Rogers (1970)
A Linear Borel set whose Difference set is not a Borel setBulletin of The London Mathematical Society, 2
W. Sierpinski
Sur la question de la mesurabilité de la base de M. HamelFundamenta Mathematicae, 1
A. Kharazishvili (1998)
Applications of Point Set Theory in Real Analysis
(1954)
Sodnomov, An example of two Gδ-sets whose arithmetical sum is not Borel measurable
J. Oxtoby (1971)
Measure and Category
L. Green (1958)
GeorgiaAmerican String Teacher, 8
A. Hulanicki (1962)
Invariant extensions of the Lebesgue measureFundamenta Mathematicae, 51
(1971)
Measure and category Author's address: I. Vekua Institute of Applied Mathematics I
(1954)
An example of two G δ -sets whose arithmetical sum is not Borel measurable
We consider the behaviour of measure zero subsets of a vector space under the operation of vector sum. The question whether the vector sum of such sets can be nonmeasurable is discussed in connection with the measure extension problem, and a certain generalization of the classical Sierpiński result Fund. Math. 1: 105–111, 1920 is presented.
Georgian Mathematical Journal – de Gruyter
Published: Sep 1, 2001
Keywords: Vector sum; measure zero set; transformation group; quasi-invariant measure; nonmeasurable set; absolutely negligible set
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