Abstract
The following results are presented: 1) a characterization through the Liouville property of those Stein manifoldsU such that every germ of holomorphic functions on ℝ xU can be developed locally as a vector-valued Taylor series in the first variable with values inH(U); 2) ifT μ is a surjective convolution operator on the space of scalar-valued real analytic functions, one can find a solutionu of the equationT μ u=f which depends holomorphically on the parameterz∈ℂ wheneverf depends in the same manner. These results are obtained as an application of a thorough study of vector-valued real analytic maps by means of the modern functional analytic tools. In particular, we give a tensor product representation and a characterization of those Fréchet spaces or LB-spacesE for whichE-valued real analytic functions defined via composition with functionals and via suitably convergent Taylor series are the same.
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References
Alexiewicz A, Orlicz W (1951) On analytic vector-valued functions of a real variable. Studia Math12: 108–111
Bierstedt KD (1988) An introduction to locally convex inductive limits. In:Hogbe-Nlend H (ed) Functional Analysis and its Applications, pp 35–133 Singapore: World Scientific
Bierstedt KD, Bonet J (1989) Projective description of weighted inductive limits: the vectorvalued case. In:Terzioĝlu T (ed) Advances in the Theory of Fréchet spaces, pp 195–221 Dodrecht: Kluwer
Bierstedt KD, Meise R, Summers WH (1982) A projective description of weighted inductive limits. Trans Amer Math Soc272: 107–160
Bierstedt KD, Meise R, Summers WH (1982) Köthe sets and Köthe sequence spaces. In:Barroso J (ed) Functional Analysis, Holomorphy and Approximation Theory, pp 27–91. Amsterdam: North-Holland
Bochnak J, Siciak J (1971) Analytic functions in topological vector spaces. Studia Math39: 77–111
Braun R (1996) Surjectivity of partial differential operators on Gevrey classes. In:Dierolf S, Domański P, Dineen S (eds) Functional Analysis, Proc of the First International Workshop held at Trier University, pp 69–80. Berlin: Walter de Gruyter
Braun R, Meise R, Vogt D (1989) Applications of the projective limit functor to convolution and partial differential equations. In:Terzioĝlu T (ed) Advances in the Theory of Fréchet Spaces, pp 29–46. Dordrecht: Kluwer
Braun R, Meise R, Vogt D (1994) Characterization of the linear partial differential operators with constant coefficients which are surjective on non-quasianalytic classes of Roumieu type on ℝℕ. Math Nach168: 19–54
Braun R, Vogt D (1997) A sufficient condition for Proj1 X. Mich Math J44: 149–156
Dunford N (1938) Uniformity in linear spaces. Trans Amer Math Soc44: 305–356
Frerick L, Wengenroth J (1996) A sufficient condition for vanishing of the derived projective limit functor. Arch Math67: 296–301
Gramsch B (1975) Inversion von Fredholmfunktionen bei stetiger und holomorpher Abhängigkeit von Parametern. Math Ann214: 95–147
Gramsch B, Kaballo W (1980) Spectral theory for Fredholm functions In:Bierstedt KD, Fuchssteiner B (eds) Functional Analysis: Surveys and Recent Results II, pp 319–342 Amsterdam: North-Holland
Grothendieck A (1953) Sur certains espaces de functions holomorphes, I, II. J Reine Angew Math192: 35–64, 77–95
Grothendieck A (1955) Produits tensoriels topologiques et espaces nucléaires. Mem Amer Math Soc16
Hörmander L (1973) On the existence of real analytic solutions of partial differential equations with constant coefficients. Invent Math21: 151–182
Hörmander L (1979) An Introduction to Complex Analysis in Several Variables, 2nd ed. Amsterdam: North-Holland
Jarchow H (1981) Locally Convex Spaces, Teubner BG Stuttgart
Krantz S, Parks HR (1992) A Primer of Real Analytic Functions. Basel: Birkhäuser
Köthe G (1969, 1979) Topological Vector Spaces I and II. Berlin: Springer
Kriegl A, Michor PW (1990) The convenient setting for real analytic mappings. Acta Math165: 105–159
Kriegl A, Nel LD (1985) A convenient setting for holomorphy. Cahiers Topologie Géom Diff26: 273–309
Langenbruch M (1994) Continuous linear right inverses for convolution operators in spaces of real analytic functions. Studia Math110: 65–82
Langenbruch M (1995) Hyperfunction fundamental solutions of surjective convolution operators on real analytic functions. J Funct Anal131: 78–93
Leiterer J (1978) Banach coherent analytic Fréchet sheaves. Math Nachr85: 91–109
Mangino E (1995) Complete projective tensor product of LB-spaces. Arch Math64: 33–41
Mantlik F (1991) Partial differential operators depending analytically on a parameter. Ann Inst Fourier (Grenoble)41: 577–599
Mantlik F (1992) Fundamental solutions or hypoelliptic differential operators depending analytically on a parameter. Trans Amer Math Soc334: 245–257
Martineau A (1963) Sur les fonctionelles analytiques et la transformation de Fourier-Borel. J Analyse Math11: 1–164
Martineau A (1966) Sur la topologie des espaces de fonctions holomorphes. Math Ann163: 62–88
Mattes J (1993) On the convenient setting for real analytic mappings. Math116: 127–141
Meise R (1985) Sequence space representations for (DFN)-algebras of entire functions modulo closed ideal. J Reine Angew Math363: 59–95
Meise R, Vogt D (1992) Einführung in die Funktionalanalysis. Braunschweing: Vieweg
Palamodov VP (1968) Functor of projective limit in the category of topological vector spaces. Mat Sb75: 567–603 (in Russian); English transl., Math USSR Sbornik17: 289–315
Palamodov VP (1971) Homological methods in the theory of locally convex spaces. Uspekhi Mat Nauk26(1): 3–66 (in Russian); English transl., Russian Math Surveys26(1): 1–64 (1971)
Perez-Carreras P, Bonet J (1987) Barrelled Locally Convex Spaces Amsterdam: North-Holland
Retakh VS (1970) Subspaces of a countable inductive limit. Doklady AN SSSR194(6): (in Russian); English transl., Soviet Math Dokl11: 1384–1386 (1970)
Slodkowski Z (1986) Operators with closed ranges in spaces of analytic vector-valued functions. J Funcl Anal69: 155–177
Tillmann HG (1953) Randverteilungen analytischer Funktionen und Distributionen. Math Z,59: 61–83
Vogt D (1975) Vektorvertige Distributionen als Randverteilungen holomorpher Funktionen. Manuscripta Math17: 267–290
Vogt D (1983) On the solvability ofP(D)f=g for vector valued functions. RIMS Kokyoroku508: 168–181
Vogt D (1983) Frécheträume, zwischen denen jede stetige lineare Abbildung beschränkt ist. J Reine Angew Math345: 182–200
Vogt D (1984) Some results on continuous linear maps between Fréchet spaces. In:Bierstedt KD, Fuchssteiner B (eds) Functional Analysis: Surveys and Recent Results III, pp 349–381 Amsterdam: North-Holland
Vogt D (1985) On two classes of (F)-spaces. Arch Math45: 255–266
Vogt D (1987) On the functor Ext1 (E, F) for Fréchet spaces. Studia Math85: 163–197
Vogt D (1987) Lectures on projective spectra of DF-spaces. Seminar lectures, AG Funktionalanalysis, Düsseldorf/Wuppertal
Vogt D (1989) Topics on projective spectra of LB-spaces. In:Terzioĝlu T (ed) Advances in the Theory of Fréchet Spaces, pp 11–27 Dordrecht: Kluwer
Wengenroth J (1996) Acyclic inductive spectra of Fréchet spaces. Studia Math120: 247–258
Wengenroth J (1998) A new characterization of Proj1=0 Proc Amer Math Soc (to appear)
Zaharjuta VP (1994) Spaces of analytic functions and complex potential theory. In:Aytuna A (ed), Linear Topological Spaces and Complex Analysis 1, pp 74–146 Ankara: Metu-Tübitak
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Bonet, J., Domański, P. Real analytic curves in Fréchet spaces and their duals. Monatshefte für Mathematik 126, 13–36 (1998). https://doi.org/10.1007/BF01312453
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DOI: https://doi.org/10.1007/BF01312453