
arXiv: 1806.00987
handle: 2318/2009010 , 11381/2851670
Let $M$ be an $n$-dimensional $d$-bounded Stein manifold $M$, i.e., a complex $n$-dimensional manifold $M$ admitting a smooth strictly plurisubharmonic exhaustion $ρ$ and endowed with the Kähler metric whose fundamental form is $ω=i\partial\overline{\partial}ρ$, such that $i\overline{\partial}ρ$ has bounded $L^\infty$ norm. We prove a vanishing result for $W^{1,2}$ harmonic forms with respect to the Bott-Chern Laplacian on $M$.
11 pages
\(d\)-bounded, Stein manifold, Mathematics - Complex Variables, Stein manifolds, FOS: Mathematics, Complex Variables (math.CV), Kähler manifolds, Bott-Chern harmonic form, 32Q15, 32Q28, d-bounded, 510
\(d\)-bounded, Stein manifold, Mathematics - Complex Variables, Stein manifolds, FOS: Mathematics, Complex Variables (math.CV), Kähler manifolds, Bott-Chern harmonic form, 32Q15, 32Q28, d-bounded, 510
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