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Curvature and Weitzenbock formula for the Podle\'{s} quantum sphere

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abstract

We prove that there is a unique Levi-Civita connection on the one-forms of the Dabrowski-Sitarz spectral triple for the Podle\'{s} sphere $S^{2}_{q}$. We compute the full curvature tensor, as well as the Ricci and scalar curvature of the Podle\'{s} sphere using the framework of \cite{MRLC}. The scalar curvature is a constant, and as the parameter $q\to 1$, the scalar curvature converges to the classical value $2$. We prove a generalised Weitzenbock formula for the spinor bundle, which differs from the classical Lichnerowicz formula for $q\neq 1$, yet recovers it for $q\to 1$.

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math.QA 1

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2025 1

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CONDITIONAL 1

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Comparison of Levi-Civita connections in noncommutative geometry

math.QA · 2025-05-24 · conditional · novelty 7.0

A unified translation between the Arnlind-Wilson, Bhowmick-Goswami-Mukhopadhyay, and Mesland-Rennie Levi-Civita constructions, plus new existence results for centred bimodules with strongly non-degenerate metrics.

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  • Comparison of Levi-Civita connections in noncommutative geometry math.QA · 2025-05-24 · conditional · none · ref 21 · internal anchor

    A unified translation between the Arnlind-Wilson, Bhowmick-Goswami-Mukhopadhyay, and Mesland-Rennie Levi-Civita constructions, plus new existence results for centred bimodules with strongly non-degenerate metrics.