summary:Steinhaus [9] prove that if a set $A$ has a positive Lebesgue measure in the line then its distance set contains an interval. He obtained even stronger forms of this result in [9], which are concerned with mutual distances between points in an infinite sequence of sets. Similar theorems in the case we replace distance by mutual ratio were established by Bose-Majumdar [1]. In the present paper, we endeavour to obtain some results related to sets with Baire property in locally compact topological spaces, particular cases of which yield the Baire category analogues of the above results of Steinhaus [9] and their corresponding form for ratios by Bose-Majumdar [1]
summary:We prove that, assuming MA, every crowded $T_0$ space $X$ is $\omega$-resolvable if it satis...
summary:We prove that, assuming MA, every crowded $T_0$ space $X$ is $\omega$-resolvable if it satis...
This thesis is an attempt to establish an abstract model for Lebesgue measure and Baire category. ...
summary:Steinhaus [9] prove that if a set $A$ has a positive Lebesgue measure in the line then its d...
summary:Steinhaus [9] prove that if a set $A$ has a positive Lebesgue measure in the line then its d...
In 1920 the Polish mathematician Hugo Steinhaus (1887-1972) proved that the distance set of a subset...
Steinhaus has shown that the subset of $R$ of the form A+B={a+b:ain A,bin B}contains an interval pro...
Steinhaus has shown that the subset of $R$ of the form A+B={a+b:ain A,bin B}contains an interval pro...
summary:This is an expository paper on Jan Marik's result concerning an extension of a Baire measure...
summary:This is an expository paper on Jan Marik's result concerning an extension of a Baire measure...
A topological space $X$ is Baire if the intersection of any sequence of open dense subsets of $X$ is...
A topological space $X$ is Baire if the Baire Category Theorem holds for $X$, i.e., the intersection...
In this paper, by using Cantor’s principle of nested intervals, we give a new and simple proof that ...
The purpose of this paper is to give a necessary and sufñcient condition to define a category measur...
The formulation of the Baire category theorem found in most elementary topology texts deals with two...
summary:We prove that, assuming MA, every crowded $T_0$ space $X$ is $\omega$-resolvable if it satis...
summary:We prove that, assuming MA, every crowded $T_0$ space $X$ is $\omega$-resolvable if it satis...
This thesis is an attempt to establish an abstract model for Lebesgue measure and Baire category. ...
summary:Steinhaus [9] prove that if a set $A$ has a positive Lebesgue measure in the line then its d...
summary:Steinhaus [9] prove that if a set $A$ has a positive Lebesgue measure in the line then its d...
In 1920 the Polish mathematician Hugo Steinhaus (1887-1972) proved that the distance set of a subset...
Steinhaus has shown that the subset of $R$ of the form A+B={a+b:ain A,bin B}contains an interval pro...
Steinhaus has shown that the subset of $R$ of the form A+B={a+b:ain A,bin B}contains an interval pro...
summary:This is an expository paper on Jan Marik's result concerning an extension of a Baire measure...
summary:This is an expository paper on Jan Marik's result concerning an extension of a Baire measure...
A topological space $X$ is Baire if the intersection of any sequence of open dense subsets of $X$ is...
A topological space $X$ is Baire if the Baire Category Theorem holds for $X$, i.e., the intersection...
In this paper, by using Cantor’s principle of nested intervals, we give a new and simple proof that ...
The purpose of this paper is to give a necessary and sufñcient condition to define a category measur...
The formulation of the Baire category theorem found in most elementary topology texts deals with two...
summary:We prove that, assuming MA, every crowded $T_0$ space $X$ is $\omega$-resolvable if it satis...
summary:We prove that, assuming MA, every crowded $T_0$ space $X$ is $\omega$-resolvable if it satis...
This thesis is an attempt to establish an abstract model for Lebesgue measure and Baire category. ...