A Borel set E in a topological group G is said to be a P-set for the space of integrable functions on G if the zero function is the only integrable function whose integral over all left and right translates of E by elements of G is zero. For a "sufficiently nice" group G and a Borel set E of finite Haar measure a certain condition on the Fourier transform of a function related to E is shown to be a sufficient condition for E to be a P-set. This condition is then applied to several classes of groups including certain compact groups, certain semisimple Lie groups, the Heisenberg groups and the Euclidean motion group of the plane
to appear in Topology ProceedingsItzkowitz's problem asks whether every topological group $G$ has eq...
One of the central results connected with the Pompeiu problem is a theorem of Brown, Schreiber and T...
We prove a weak Paley–Wiener property for completely solvable Lie groups, i.e. if the group Fourier ...
A necessary and sufficient condition is presented for a set to be a Pompeiu subset of any compact ho...
. If V is a closed translation-invariant rotation-invariant subspace of continuous functions on R 2...
It is well known that if the supports of a function f ε L1(Rd) and its Fourier transform ∖ are conta...
Let E be a bounded Borel subset of Rn, n≥2, of positive Lebesgue measure and PE the corresponding 'P...
AbstractIt is well known that if the supports of a function f ϵ L1(Rd) and its Fourier transform \̂t...
It is proved that there does not exist any non zero function in with if its Fourier transform is sup...
AbstractA Paley-Wiener theorem for all connected, simply-connected two- and three-step nilpotent Lie...
NOTE: Text or symbols not renderable in plain ASCII are indicated by [...]. Abstract is included in ...
A theorem of Hausdorff Young type is proved for integral operators in the setting of gage spaces. Th...
The discrete Pompeiu problem is stemmed from an integral-geometric question on the plane. The proble...
AbstractA Wiener–Tauberian theorem is proven on the Laguerre hypergroup [M.M. Nessibi, K. Trimèche, ...
AbstractA theorem of Hausdorff Young type is proved for integral operators in the setting of gage sp...
to appear in Topology ProceedingsItzkowitz's problem asks whether every topological group $G$ has eq...
One of the central results connected with the Pompeiu problem is a theorem of Brown, Schreiber and T...
We prove a weak Paley–Wiener property for completely solvable Lie groups, i.e. if the group Fourier ...
A necessary and sufficient condition is presented for a set to be a Pompeiu subset of any compact ho...
. If V is a closed translation-invariant rotation-invariant subspace of continuous functions on R 2...
It is well known that if the supports of a function f ε L1(Rd) and its Fourier transform ∖ are conta...
Let E be a bounded Borel subset of Rn, n≥2, of positive Lebesgue measure and PE the corresponding 'P...
AbstractIt is well known that if the supports of a function f ϵ L1(Rd) and its Fourier transform \̂t...
It is proved that there does not exist any non zero function in with if its Fourier transform is sup...
AbstractA Paley-Wiener theorem for all connected, simply-connected two- and three-step nilpotent Lie...
NOTE: Text or symbols not renderable in plain ASCII are indicated by [...]. Abstract is included in ...
A theorem of Hausdorff Young type is proved for integral operators in the setting of gage spaces. Th...
The discrete Pompeiu problem is stemmed from an integral-geometric question on the plane. The proble...
AbstractA Wiener–Tauberian theorem is proven on the Laguerre hypergroup [M.M. Nessibi, K. Trimèche, ...
AbstractA theorem of Hausdorff Young type is proved for integral operators in the setting of gage sp...
to appear in Topology ProceedingsItzkowitz's problem asks whether every topological group $G$ has eq...
One of the central results connected with the Pompeiu problem is a theorem of Brown, Schreiber and T...
We prove a weak Paley–Wiener property for completely solvable Lie groups, i.e. if the group Fourier ...