Dhananjoy Halder - Academia.edu (original) (raw)
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Papers by Dhananjoy Halder
International Journal of Mathematics Trends and Technology
Journal of Classical Analysis, 2016
In this paper, assuming Martin's axiom we show that there exists a Lebesgue measurable subset A o... more In this paper, assuming Martin's axiom we show that there exists a Lebesgue measurable subset A of the real line R such that the set {c ∈ R : R(A,c + A) contains an interval } is non-measurable. Here the set R(A,c + A) = { a c+a : a,a ∈ A,c + a = 0}. Also other two results on the ratio set of linear sets are presented.
Journal of Classical Analysis, 2016
In this paper, assuming Martin's axiom we show that there exists a Lebesgue measurable subset A o... more In this paper, assuming Martin's axiom we show that there exists a Lebesgue measurable subset A of the real line R such that the set {c ∈ R : R(A,c + A) contains an interval } is non-measurable. Here the set R(A,c + A) = { a c+a : a,a ∈ A,c + a = 0}. Also other two results on the ratio set of linear sets are presented.
Journal of Classical Analysis
An attempt has been made in this paper is to show that every Lebesgue measurable linear set with ... more An attempt has been made in this paper is to show that every Lebesgue measurable linear set with positive measure has a porous subset whose ratio set contains an interval. The category analogue of this result is also established.
International Journal of Mathematics Trends and Technology
Journal of Classical Analysis, 2016
In this paper, assuming Martin's axiom we show that there exists a Lebesgue measurable subset A o... more In this paper, assuming Martin's axiom we show that there exists a Lebesgue measurable subset A of the real line R such that the set {c ∈ R : R(A,c + A) contains an interval } is non-measurable. Here the set R(A,c + A) = { a c+a : a,a ∈ A,c + a = 0}. Also other two results on the ratio set of linear sets are presented.
Journal of Classical Analysis, 2016
In this paper, assuming Martin's axiom we show that there exists a Lebesgue measurable subset A o... more In this paper, assuming Martin's axiom we show that there exists a Lebesgue measurable subset A of the real line R such that the set {c ∈ R : R(A,c + A) contains an interval } is non-measurable. Here the set R(A,c + A) = { a c+a : a,a ∈ A,c + a = 0}. Also other two results on the ratio set of linear sets are presented.
Journal of Classical Analysis
An attempt has been made in this paper is to show that every Lebesgue measurable linear set with ... more An attempt has been made in this paper is to show that every Lebesgue measurable linear set with positive measure has a porous subset whose ratio set contains an interval. The category analogue of this result is also established.