Abstract:Abstract. In this paper we prove that a ϕ-recurrent (k, µ)-contact metric manifold is an η-Einstein manifold with constant coefficients. Next, we prove that a three-dimensional locally ϕ-recurrent (k, µ)-contact metric manifold is the space of constant curvature. The existence of ϕ-recurrent (k, µ)-manifold is proved by a non-trivial example.
“…If ξ ∈ N (k), we call contact metric manifold M an N(k)-contact metric manifold. (k, µ)-contact metric manifolds have been studied by several authors ( [5], [6], [7]) and many authors.…”
The object of this paper is to characterize (k, µ)-contact metric manifolds satisfying certain curvature conditions on the contact conformal curvature tensor.
“…If ξ ∈ N (k), we call contact metric manifold M an N(k)-contact metric manifold. (k, µ)-contact metric manifolds have been studied by several authors ( [5], [6], [7]) and many authors.…”
The object of this paper is to characterize (k, µ)-contact metric manifolds satisfying certain curvature conditions on the contact conformal curvature tensor.
Abstract. The object of the present paper is to characterize (κ, µ)-contact metric manifolds whose concircular curvature tensor satisfies certain semisymmetry conditions. We also verify that the result holds by a concrete example.
“…If ξ ∈ N (κ) , then we call contact metric manifold M an N(κ)-contact metric manifold. (κ, µ)-contact metric manifolds have been studied by several authors ( [16], [1], [8], [10], [11], [12]) and many others.…”
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