“…By (3), the equality κ Ωn (A; B) is equivalent to E * ,A (B) = 0. By property (8) in Proposition 3 and its proof, we have a matrix Y ∈ M n such that −Y A + AY = B. Then the mapping λ → e −λY Ae λY satisfies all the required properties.…”
Some results on the discontinuity properties of the Lempert function and the Kobayashi pseudometric in the spectral ball are given. (2000). Primary 32F45; Secondary 32A07.
Mathematics Subject Classification
“…By (3), the equality κ Ωn (A; B) is equivalent to E * ,A (B) = 0. By property (8) in Proposition 3 and its proof, we have a matrix Y ∈ M n such that −Y A + AY = B. Then the mapping λ → e −λY Ae λY satisfies all the required properties.…”
Some results on the discontinuity properties of the Lempert function and the Kobayashi pseudometric in the spectral ball are given. (2000). Primary 32F45; Secondary 32A07.
Mathematics Subject Classification
“…[3], [4], [7], [16], [11], [5] and others). It was shown that G 2 cannot be exhausted by domains biholomorphic to convex ones (see [7], [10]). So symmetrized bidisc delivers a counterexample to the above problem.…”
Abstract. We describe all complex geodesics in the tetrablock passing through the origin thus obtaining the form of all extremals in the Schwarz Lemma for the tetrablock. Some other extremals for the Lempert function and geodesics are also given. The paper may be seen as a continuation of the results from [2]. The proofs rely on a necessary form of complex geodesics in general domains which is also proven in the paper.
“…Let us show the implication (3) =⇒ (4). Suppose that Φ ν : D ν → G ν is a biholomorphic mapping and that G ν is convex.…”
Section: In Particular If D ⊂ C 2 Is a (1 2)-balanced Pseudoconvex mentioning
confidence: 99%
“…It is known that on G 2 holomorphically invariant distances are equal (see [1][2][3]), G 2 is not convex (see [2]), G 2 cannot be exhausted by domains which are biholomorphic to convex domains (see [4]), G 2 can be exhausted by domains which are strictly linearly convex (see [10]). Note that G 2 is a (1,2)-balanced pseudoconvex domain.…”
Abstract. For a quasi-balanced domain, we study holomorphic mappingsWe show that in many cases the existence of such a function is equivalent to the convexity of the domain D.
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