We look at a class of virtually para-contact metric manifolds called para-Kenmotsu (or P-Kenmotsu) manifolds Mn that admit the condition R in this chapter (X, Y). C = 0, where C denotes the manifold’s conformal curvature tensor and R denotes the Riemannian curvature tensor. For tangent vectors X and Y, R(X, Y) is a derivation…
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We look into a few intriguing properties of para Kenmotsu (also known as p-Kenmotsu) manifolds that satisfy the requirements R(X,Y). R(X,Y) = 0, R(X,Y) = 0, R(X,Y) = 0, R(X,Y P(X,Y) and P(X,Y) P(X,Y) is the Weyl projective curvature tensor of the manifold, and R(X,Y) is the Riemannian curvature tensor. A semi-symmetric p-Kenmotsu manifold (Mn,g)…
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We look into a few intriguing properties of para Kenmotsu (also known as p-Kenmotsu) manifolds that satisfy the requirements R(X,Y). R(X,Y) = 0, R(X,Y) = 0, R(X,Y) = 0, R(X,Y P(X,Y) and P(X,Y) P(X,Y) is the Weyl projective curvature tensor of the manifold, and R(X,Y) is the Riemannian curvature tensor. A semi-symmetric p-Kenmotsu manifold (Mn,g)…
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