Canonical Class Inequality for Fibred Spaces
Jun Lu, Sheng-Li Tan, Kang Zuo

TL;DR
This paper proves a fundamental inequality relating the canonical class of fibred higher-dimensional projective manifolds and applies it to derive a new inequality between Chern numbers of certain 3-folds with minimal surface fibers.
Contribution
It establishes the canonical class inequality for families of higher-dimensional projective manifolds and derives a new Chern number inequality for 3-folds with minimal surface fibers.
Findings
Proved the canonical class inequality for fibred higher-dimensional manifolds.
Derived the inequality c_1^3 < 18 c_3 for specific 3-folds.
Provided new bounds on Chern numbers in algebraic geometry.
Abstract
We establish the canonical class inequality for families of higher dimensional projective manifolds. As an application, we get a new inequality between the Chern numbers of 3-folds with smooth families of minimal surfaces of general type over a curve, .
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Taxonomy
TopicsGeometry and complex manifolds · Geometric and Algebraic Topology · Algebraic Geometry and Number Theory
