2,370 research outputs found
Robert Seidel projections, installations and films
No full text"Seidel’s work "is an immersive experience, a sensuous dip into light, color, movement, sound and change" - Los Angeles Times Seidel, who studied at the Bauhaus University Weimar, creates video installations, media façades and experimental films. Seidel pushes the boundaries of abstraction to the sublime and organic through his approaches drawn from scientific visual analysis and digital extensions of painting and sculpture. The DVD collects his major films, videos and documentation from his projections and installations from 2001 to 2014. "Robert Seidel’s work is organo-tech. He does not deliberately imitate the pioneers of abstract cinema, and is a world away from the motion graphic mayhem of many of those enamoured by digital animation. His work is impressionistic, melding biological and emotional currents. Technically accomplished, the greater achievement is in what it can do to our senses. It can be emotional and epic, but also draw out intimacy, and suggest insights into the human condition." [Matt Hanson, media futurist and author of "The End of Celluloid"
Inca axeli Sousa & Seidel 2021, sp. nov.
No full textInca axeli sp. nov. urn:lsid:zoobank.org:act: C559A3D8-DD5D-4B6B-95A1-62276FAE6A79 Figs 1A–E, P, 2A–D, M, 3A, D, G–N, 4A Differential diagnosis Inca axeli sp. nov. is very similar to I. neglectus sp. nov. in that both species have clypeal horns in males with dorsolateral tooth long and acute (short and rounded in I. irroratus), posterior angles of pronotum acute (rounded in I. irroratus), medial area of elytra with large waxy maculae (absent in I. irroratus), and posterior tooth of protibia long and acute (short and rounded in I. irroratus). Inca axeli sp. nov. has the inner dorsal carina of clypeal horns abruptly interrupted at apex (gradually interrupted in I. neglectus sp. nov. and I. irroratus) and the outer distal process of parameres long and acuminate (long and rounded in I. neglectus sp. nov. and short and rounded in I. irroratus) (see Table 2). Etymology It is a pleasure for the last author to name the species after Axel González Gallardo in gratitude for the last years together and all his support. Material examined Holotype BRASIL – Santa Catarina • ♂; SC, Joinville; Dirings coll.; “HOLOTYPE, Inca axeli, Sousa & Seidel, 2019 ”; MZSP 22036. Paratypes (13 ♂♂ and 25 ♀♀) BRAZIL – No detailed localities • 1 ♂, 1 ♀; “Brasilien, Jäger coll., I. Burmeisteri, Brasil, Beske”; SMNS • 1 ♀; same collection data as for preceding; ZMH 833672 • 1 ♂; “ Brasil, Inca pulverulentus, Le Moult vend via Reinbek, Eing. Nr. 1, 1957”; ZMH 833671. – Amazonas • 1 ♀; “AM; Benjamin Constant; Rio Javary ”; Dec. 1961; Dirings coll.; MZSP 22053. – São Paulo • 1 ♀; “ Eugênio Lefreve, Pindamonhangaba, S.P.”; Mar. 1963; “EXp. Dep. Zoologia, INCA IRRORATUS, CHEVR., det. B.C. Ratcliffe 1983”; MZSP 22020 • 1 ♂; Est. Bio. Boraceia [Estação Biológica da Boracéia], Salesópolis; 1–4 Feb. 1973; Vanin coll.; “ INCA SP NOV., proche de irroratus [handwritten]; det. P. Bleuzen 1992”; MZSP 22007 • 1 ♀; São Paulo, (capital); Dirings coll.; Jan. 1960; MZSP 22054 • 1 ♀; S. Bocaína, Parq. criac. Trutas [parque de criação de trutas]; 1800 m a.s.l.; Mar. 1954; “Dalcy, R. Barros; Coll. IRSNB, ex coll. J. ROUCH, I.G.: 32.703”; RBINS. – Paraná • 1 ♂, 1 ♀; Piraquara, Manaciais da Serra; 3 Mar. 2012; CEMT • 1 ♂; Santo Antonio; 20 Mar. 1993; “Coll. P. BLEUZEN, Coll. IRSNB, eX coll. J. ROUCH, I.G.: 32.703, Photo N. Mal 2015”; RBINS. – Santa Catarina • 1 ♀; Joinville; Dirings coll.; MZSP 22051 • 1 ♂; Timbó; MZSP 22004 • 1 ♂; Timbó; Jun. 1969; Dirings coll.; MZSP 22035 • 1 ♂; Timbó; May 1956; Dirings coll.; MZSP 22038 • 1 ♀; Timbó; Feb. 1960; Dirings coll.; MZSP 22018 • 1 ♀; Timbó; Mar. 1960; Dirings coll.; MZSP 22019 • 7 ♀♀; Timbó; Mar. 1960; Dirings coll.; MZSP 22041–22047 • 3 ♀♀; Timbó; Jun. 1969; Dirings coll.; MZSP 22048–22050 • 1 ♀, 1 ♂; Rio Vermelho; Mar. 1949; Dirings coll.; MZSP 22039–22040 • 1 ♀; Rio Vermelho; Nov. 1963; Dirings coll.; MZSP 22052 • 1 ♂; CORUPA; Feb. 1952; “ Anton Maller; coleção CAMPOS SEABRA; Coll. IRSNB, eX coll. J. ROUCH, I.G.: 32.703”; RBINS • 1 ♀; CORUPA; “II”; “Anton Maller; coleção CAMPOS SEABRA; Coll. IRSNB, eX coll. J. ROUCH, I.G.: 32.703”; RBINS • 1 ♂; Campo Alegre; 23 Feb. 1997; “Coll. IRSNB, eX coll. J. ROUCH, I.G.: 32.703”; RBINS • 1 ♀; Jaragua do Sul; Feb. 1991; “Coll. Th. PORION; Coll. IRSNB, eX coll. J. ROUCH, I.G.: 32.703, Photo N. Mal 2015”; RBINS • 1 ♂; Hansa Humbolt; Mar. 1929; “ A. Maller; L. Burgeon, coll.et det., R.I.Sc. N.B.16.117”; RBINS • 1 ♂; “ Brésil, Sta Catarina ”, “ J.P.MARECHAL; Coll. IRSNB, eX coll. J. ROUCH, I.G.: 32.703”; Coll. Matthias Seidel 2019; MSPC • 1 ♀; Campo Alegre; 23 Feb. 1997; “Coll. IRSNB, eX coll. J. ROUCH, I.G.: 32.703”; Coll. Matthias Seidel 2019; MSPC. Paratypes deposited in CEMT, MZSP and UFRPE are labelled with “ PARATYPE; Inca axeli; Sousa & Seidel, 2019” and paratypes deposited in MSPC, RBINS, SMNS and ZMH are labelled with “ PARATYPE; Inca axeli sp. nov., M. Seidel & R. Sousa, 2019”. Description Holotype (male) BODY (Fig. 1A–C). Total length including clypeal horns 40 mm; width across humeri 17 mm. COLOUR. Reddish brown with dark green heterogeneous spots, dorsal surface with green metallic reflections; legs and meso- and metathoraX bright reddish brown (Fig. 1A–C, P). HEAD. Surface of frons with dark green and dark reddish-brown waxy secretion; clypeal horns with anterior area of inner dorsal carina truncate, abruptly interrupted and not reaching distal angles; dorsolateral tooth long and acute (Fig. 1P). THORAX. Lateral margin of pronotum strongly sinuous; lateromedial area with elongated and irregular fovea; longitudinal groove shallow; posterior angles acute (Fig. 1A–C). Anterior prosternal process acute, projected and densely setose in median area. Anterolateral area of scutellar shield punctate. Elytra with yellowish grey heterogeneous waxy maculae covering all surface and two large maculae in medial area (Fig. 1A). LEGS. Posterior tooth of protibia long and acute (Fig. 3A). Mesempodium with 2 setae. ABDOMEN. Fovea of sternite VII strongly marked. Disc of pygidium densely punctate, lateral area with well-defined punctures. TERMINALIA. Aedeagus: outer distal process of parameres long and acuminate (Fig. 1D–E). MORPHOLOGICAL VARIATIONS (males). Body length 30−45 mm, width 13−17 mm. Head: clypeal horns with or without green metallic reflection; brachycerous males with clypeal horns with dorsolateral tooth small and inner dorsal carina abruptly or gradually interrupted at apex. Thorax with anterior prosternal process rounded and small. Density of waxy maculae of elytra variable, maculae yellowish grey or golden yellow; the two large maculae in median area variable in shape and size. LEGS. Mesempodium with 2−4 setae. Female BODY (Fig. 2A–C). Length 32–42 mm; width across humeri 15–18 mm. Maculae of medial area of elytra usually larger than in males. Type locality Joinville, Santa Catarina State, Brazil. Distribution Brazil: São Paulo (Pindamonhangaba, Salesópolis, São Paulo) Paraná (Piraquara), Santa Catarina (Campo Alegre, Joinville, Corupá, Jaraguá do Sul, Timbó, Florianópolis, Bocaina do Sul) (Fig. 5). The female paratype from Benjamin Constant (Amazonas) is probably labelled incorrectly. Biology Two larvae of I. axeli sp. nov. were collected inside the base of a dead bromeliad (possibly Vriesea sp. or Aechmea sp.) in a fallen tree at Mananciais da Serra, Piraquara, Paraná State, Brazil (pers. com. Paschoal Grossi).Published as part of Sousa, Rafael & Seidel, Matthias, 2021, Review of the Inca irroratus species group with description of two new species of Inca LePeletier & Serville, 1828 (Coleoptera, Scarabaeidae, Cetoniinae), pp. 15-35 in European Journal of Taxonomy 748 (1) on pages 21-24, DOI: 10.5852/ejt.2021.748.1335, http://zenodo.org/record/473612
Quarter-sweep improving modi?ed Gauss-Seidel method for pricing European option
No full textThe aim of this paper is to examine the application of the Quarter-Sweep Improving Modified Gauss-Seidel (QSIMGS) method in evaluating European option which governed by Black-Scholes partial differential equation (PDE). Quarter-sweep Crank-Nicolson approach is applied to approximate the PDE. Then, the generated linear system is solved by using the IMGS method. Some numerical experiments for a family of Gauss-Seidel (GS) methods such as Gauss-Seidel, Modified Gauss-Seidel (MGS) and Improving Modified Gauss-Seidel (IMGS) methods are performed with each full-, half-, and quarter-sweep iterations. Thus, from the numerical results obtained, we can show that the QSIMGS method is the most effective method
Confinement and deconfinement in nuclear collisions
No full textSatz H. Confinement and deconfinement in nuclear collisions. In: Seidel S, ed. The Albuquerque meeting ; August 2 - 6, 1994, The University of New Mexico. Proceedings of the 8th meeting . Singapore: World Scientific; 1995: 1253-1258
Das Hörfunk- und Fernsehsystem der Bundesrepublik Deutschland
No full textStock M. Das Hörfunk- und Fernsehsystem der Bundesrepublik Deutschland. In: Seidel M, ed. Hörfunk und Fernsehen im Gemeinsamen Markt. Schriftenreihe des Arbeitskreises Europäische Integration e. V. ; 17. Baden-Baden: Nomos-Verl. Ges.; 1983: 25-116
Organisationsidentität im Kontext organisatorischer Umwelten: Eine Heuristik
No full textSeidel C. Organisationsidentität im Kontext organisatorischer Umwelten: Eine Heuristik. In: Löw M, ed. Vielfalt und Zusammenhalt: Verhandlungen des 36. Kongresses der Deutschen Gesellschaft für Soziologie in Bochum und Dortmund 2012. Verhandlungen des .. Kongresses der Deutschen Gesellschaft für Soziologie. Vol 36. Frankfurt am Main: Campus; 2014
Enteignete Existenz und mystische Erfahrung. Zu Meister Eckharts Auseinandersetzung mit der Frauenmystik seiner Zeit
No full textLanger O. Enteignete Existenz und mystische Erfahrung. Zu Meister Eckharts Auseinandersetzung mit der Frauenmystik seiner Zeit. In: Seidel KO, ed. So predigent eteliche: Beiträge zur deutschen und niederländischen Predigt im Mittelalter. Göppinger Arbeiten zur Germanistik ; 378. Göppingen: Kümmerle; 1982: 49-96
Guass-Seidel Method to Solve Finite Element Model Updating Problem
No full text有限元模型修正是一类特殊的二次反特征值问题.我们将有限元模型修正看成二次规划问题来解决,并采用非线性gAuSS-SEIdEl方法来求解其相应的lAgrAngE对偶函数.最后,给出的数值实验说明方法的有效性.Finite Element Model Updating Problem is a special inverse quadratic eigenvalue problem.In this paper,the author consider the problem as a quadratic programming problem,and propose the nonlinear Guass-Seidel method to solve it.Numerical experiment show the efficiency of the method
Fukaya A∞-structures associated to Lefschetz fibrations. I
No full textAugust 21, 2011 Author ManuscriptWe consider the Fukaya-Floer A∞-structures arising from a basis of thimbles in a Lefschetz fibration. Particular attention is paid to the relation between these structures in the total space of the fibration, and their counterparts in the fibre.National Science Foundation (U.S.) (Grant DMS-0652620
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