Abstract:For a locally compact group G, we investigate topological inner invariant means on L8(G) and its subspaces. In particular, we characterize strict inner amenability of L1(G) to study the relation between this notion and strict inner amenability of G.
“…Now we give a simpler proof based on the technic used in [7,Th.3.2] for the following well known theorem , see [9].…”
Section: Theorem 2 Let G Be a Locally Compact Group Then Each Tiim mentioning
confidence: 99%
“…In [7] authors study locally compact groups for which L ∞ (G) has a TIIM whose restriction to C b (G) is not δ e . In this paper we show that a TIIM on LUC(G) (space of left uniformly continuous functions on G) has a topological inner invariant extension to L ∞ (G).…”
Section: Introductionmentioning
confidence: 99%
“…In this paper we show that a TIIM on LUC(G) (space of left uniformly continuous functions on G) has a topological inner invariant extension to L ∞ (G). Also based on the technic used in [7,Th.3.2] we give a simpler proof of the well known fact that amenability implies topological amenability (see [9]). …”
For a locally compact group G, we prove that a topological inner invariant mean on LU C(G) has an extension to a topological inner invariant mean on L ∞ (G).
Mathematics Subject Classification: 43A07, 43A10
“…Now we give a simpler proof based on the technic used in [7,Th.3.2] for the following well known theorem , see [9].…”
Section: Theorem 2 Let G Be a Locally Compact Group Then Each Tiim mentioning
confidence: 99%
“…In [7] authors study locally compact groups for which L ∞ (G) has a TIIM whose restriction to C b (G) is not δ e . In this paper we show that a TIIM on LUC(G) (space of left uniformly continuous functions on G) has a topological inner invariant extension to L ∞ (G).…”
Section: Introductionmentioning
confidence: 99%
“…In this paper we show that a TIIM on LUC(G) (space of left uniformly continuous functions on G) has a topological inner invariant extension to L ∞ (G). Also based on the technic used in [7,Th.3.2] we give a simpler proof of the well known fact that amenability implies topological amenability (see [9]). …”
For a locally compact group G, we prove that a topological inner invariant mean on LU C(G) has an extension to a topological inner invariant mean on L ∞ (G).
Mathematics Subject Classification: 43A07, 43A10
“…The study of inner invariant means was initiated by Effros [6] and pursued by Lau and Paterson [14]. Recently, several authors have studied means on L ∞ (G) that are invariant under the inner automorphisms of G (see [10], [1], [15], [17], [23] and [24]). …”
“…We shall follow Hewitt [3] and Yuan [10] for definitions and terminologies not explained here. The literature on inner amenability has grown substantially in recent years (see [5], [6], [7] and [12]). …”
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