2,582 research outputs found
Lebendiges Theater : eine Berliner Dramaturgie / Felix Hollaender
No full textLEBENDIGES THEATER : EINE BERLINER DRAMATURGIE / FELIX HOLLAENDER
Lebendiges Theater : eine Berliner Dramaturgie / Felix Hollaender (1)
Cover (1)
Title page (3)
Frontispiz (4)
Titelseite (5)
Chapter (7)
Musils Komödie Vincenz Oder Die Freundin Berühmter Männer (9)
Die Kassette Oder Der Fall Sternheim (13)
Was Ihr Wollt (19)
O'Neills Schauspiel Kaiser Jones (24)
August Stramm: Rudimentär (29)
Wallensteins Lager - Und Die Piccolomini (33)
Wallenstein (35)
Heinrich Von Kleist: Der Prinz Von Homburg (40)
Karl Zuckmayer: Pankraz Erwacht (44)
Ernst Barlach: Sündflut (48)
Grabbe: Don Juans Und Faust (51)
Grabbe: Hannibal (56)
Regen. Ein Amerikanischer Reisser (62)
A. W. Lunatscharski: Der Befreite Don Quichotte (66)
Bronnen: Die Geburt Der Jugend (70)
Zuckmayers Komödie Der Föhliche Weinberg (74)
Das Kätchen Von Heilbronn (78)
Werfel: Juarez Und Maximilian (84)
Bronnen: Exzesse (88)
Bert Brecht: Baal (91)
Ernst Toller: Der Entfesselte Wotan (96)
Maugham: Viktoria (99)
Lonsdale: Mrs. Cheneys Ende (103)
Walter Hasenclever: Mord (107)
Bernard Shaw (110)
Bourdets Schauspiel Die Gefangene (114)
Frantisek Langer: Peripherie (118)
Wolfgang Goetz: Neidhardt V. Gneisenau (121)
Hauptmann: Dorothea Angermann (126)
Der Moderne Hamlet (132)
Die Krönung Richards III. (138)
Kornfelds Komödie Kilian Oder Die Gelbe Rose (143)
B. Brecht: Leben Eduards II. Von England (148)
Hasenlevers Lustspiel Ein Besserer Herr (153)
Ernst Toller: Hoppla - Wir Leben! (155)
Krenek: Jonny Spielt Auf (160)
Zuckmayer: Schinderhannes (165)
Dorothea Angermann (168)
Rasputin Von A. Tolstoi, ... (171)
Karl Sternheims Schauspiel Das Fossil (175)
Bertold Brecht: Mann Ist Mann (180)
Die Abenteuer Des Braven Soldaten Schwejk (184)
Hauptmann: Die Weber (188)
Jean Richard Bloch: Der Letzte Kaiser (192)
Brecht Und Weill: Die Dreigroschenoper (196)
Hermann Ungar: Der Rote General (200)
Hasenclevers Komödie Ehen werden im Himmel geschlossen (204)
Rehfisches Schauspiel Der Frauenarzt (208)
Glückwunsch für Georg Kaiser Zu Seinem Fünfzigstem Geburtstag (212)
Leon Feuchtwanger: Die Petroleum-Inseln (216)
Gerhard Menzel: Tobboggan (220)
Leonhard Frank: Karl Und Anna (225)
Die Fledermaus (229)
R. C. Sherriffs Schaupiel Die Andere Seite (232)
Brecht-Weill: Happy End (236)
Kaisers Revue Zwei Karawanen (241)
Mehring: Der Kaufmann Von Berlin (244)
Piscators Glück Und Ende (247)
St. John Ervine: Die Erste Mrs. Selby (249)
Der Kaiser Von Amerika. Der Neue Shaw (252)
Alfred H. Hunger: Menschen Wie Du Und Ich (257)
Eugen O'Neill: Seltsames Zwischenspiel (259)
Karl Kraus: Die Letzte Nacht (263)
Reinhard Goering: Südpolexpedition Des Kapitän Scott (268)
C. K. Munros Komödie Das Gerücht (273)
Ferdinand Bruckner: Die Kreatur (276)
Fritz Von Unruhs Komödie Phaea (280)
Toller: Feuer Aus Den Kesseln! (285)
Hofmannsthals Lustspiel Der Schwierige (287)
Das Elisabeth-Drama Ferdinand Bruckners (292)
Curt Corrinth: Sektion Rahnstetten (296)
Friedrich Wolf: Die Matrosen Von Cattaro (299)
Georg Kaisers Schauspiel Mississippi (301)
Die Neue Jungfrau Von Orleans: Ton Van Eyck (304)
Friedrich Wolf: Tai Yang Erwacht (306)
Bourdet: Das Schwache Geschlecht (309)
Skandal Um Brechts Mann Ist Mann (313)
Der Hauptmann Von Köpenick Zuckmayers Deutsches Märchen (318)
Oedön Horvath: Italienische Nacht (323)
Ernst Petzold: Portugalesische Schlacht (325)
Alfred Döblin: Die Ehe (328)
Max Reinhardt Und Das Deutsche Theater (332)
Inhalt (345)
Kolophon (350
Comparison of brachial artery blood flow and shear stress responses to lower limb hot water immersion and exercise
No full textauthor: Felix R. Willmer ...Die Arbeit besteht aus einem Artikel mit mehreren AutorenMasterarbeit University Innsbruck 201
Comparison of brachial artery blood flow and shear stress responses to lower limb hot water immersion and exercise
No full textauthor: Felix R. Willmer ...Die Arbeit besteht aus einem Artikel mit mehreren AutorenMasterarbeit University Innsbruck 201
Comparison of brachial artery blood flow and shear stress responses to lower limb hot water immersion and exercise
No full textauthor: Felix R. Willmer ...Die Arbeit besteht aus einem Artikel mit mehreren AutorenMasterarbeit University Innsbruck 201
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Synthesis of Doped Graphene Nanoribbons from Molecular and Polymeric Precursors
No full textAbstract Synthesis of Doped Graphene Nanoribbons from Molecular and Polymeric Precursorsby Ryan Randal ClokeDoctor of Philosophy in ChemistryUniversity of California, Berkeley Professor Felix Fischer, Chair As electronic devices continue to shrink and energy problems continue to grow, nanoscale materials are becoming increasingly important. Graphene is a material with exceptional promise to complement silicon in next-generation electronics because of its extraordinary charge carrier mobility, while also finding a role in cutting-edge energy solutions due to its high surface area and conductivity. Improving on this material even further by reducing the width of graphene to nanoscale dimensions with atomically-precise dopant patterns is the subject of this thesis. Nanometer-wide strips of graphene, known as graphene nanoribbons (GNRs), offer the advantages of semiconducting behavior, combined with more accessible surface area compared to bulk graphene (Chapter 1). Additionally, it is demonstrated that GNRs can be doped with atomic precision, allowing for intricate modulation of the electronic properties of this material, which was studied by STM, STS, and nc-AFM (Chapter 2). Controlled growth of GNRs on surfaces is still an outstanding challenge within the field, and to this end, a variety of porphyrin-GNR template materials were synthesized (Chapter 3). The GNRs obtained in this work were also synthesized in solution, and it was shown that these materials possess excellent properties for applications in hydrogen storage, carbon dioxide reduction, and Li-ion batteries (Chapter 4). A prerequisite for solution-synthesized GNRs, conjugated aromatic polymers are an important class of materials in their own right. Therefore, Ring-Opening Alkyne Metathesis Polymerization was developed using conjugated, strained diynes (Chapter 5). The resulting conjugated polymers were explored both for their own materials properties due to a remarkable self-assembly process that was discovered, and also as precursors to GNRs (Chapter 6). This work advances the fundamental understanding of carbon-based nanostructures, as well as the large-scale production of GNRs for next-generation energy and electronics applications
Is Felix Salten the author of the Mutzenbacher novel (1906)? Yes and no
No full textJosefine Mutzenbacher oder die Geschichte einer Wienerischen Dirne von ihr selbst erzählt, published in Vienna in 1906, represents one of the most fascinating cases of attribution of authorship in German literature. Although Josefine Mutzenbacher is usually attributed to Felix Salten, the author of the world-famous Bambi (1923), the novel’s authorship has never been confirmed, and many other candidates have been named as potential authors. Among them is Arthur Schnitzler, who published Reigen, a cycle of amorous adventures in Viennese society, in 1903. Some scholars, instead, have attributed the novel to such lesser-known writers as Ernst Klein and Willi Handl. The controversy surrounding the authorship of Josefine Mutzenbacher was the starting point for our stylometric analyses, and our results help to answer some unresolved questions in a debate that has lasted for more than 100 years. The analyses were performed using the R package Stylo, which enables an efficient application of Burrows’ Delta and its variants. Focusing on both the entire text and on the final pages, two different types of analysis were carried out: one combines 1200 different stylometric methods to compare the candidate authors Salten, Schnitzler, Bahr, Altenberg, Hofmannsthal, Klein and Handl; the other verifies the attribution using the ‘impostors’ method. The results show that the most probable author is Felix Salten, while none of the candidates could be identified as the author of the final pages, confirming the hypothesis that the text was left unfinished by Salten and completed by an as-yet-unidentified ghost-writer
Organisationale Kohärenz kreieren: Warum Purpose für Coherence-Driven Organisations (k)einen Sinn ergibt
No full textBy articulating their purpose, companies seek to give meaning to their existence. This promises more motivated employees, more willing customers and ultimately the 'most important thing': more profit. Organisational Coherence shows why this undermines the potential of purpose and how purpose can be used effectively and sustainably as a management and leadership tool. As a meta-model, Felix Fischer's approach offers interdisciplinary theoretical considerations as well as practical impulses for (normative) management, strategy, personnel and organisational development. An (r)evolutionary idea for new ways of entrepreneurship and business.Durch die Darstellung ihres Purpose versuchen Unternehmen, ihrem Daseinszweck einen Sinn zu verleihen. Das verspricht motiviertere Mitarbeitende, kauffreudigere Kunden und damit letztlich das „Wichtigste“: mehr Gewinn. Organisationale Kohärenz zeigt auf, warum damit das Potenzial von Purpose untergraben wird und wie Sinn als Management- und Führungsinstrument wirksam und nachhaltig eingesetzt werden kann. Felix Fischers Ansatz liefert als Metamodell interdisziplinäre, theoretische Überlegungen sowie anschlussfähige, praxisorientierte Impulse für (normatives) Management, Strategie-, Personal- und Organisationsentwicklung. Eine (r)evolutionäre Idee für neue Wege des Unternehmertums und Wirtschaftens
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Substitutional Heteroatom Doping and Topological Band Engineering in Graphene Nanoribbons
No full textThe exponentially increasing demand for smaller, faster, and more energy efficient electronic devices represents a monumental challenge in designing the next generation of post-silicon functional electronic materials. Traditionally, device architectures based on organic/inorganic semiconductors are fabricated using a top-down approach; their performance is inherently limited by the spatial resolution of photolithographic techniques. Fischer group’s goal is to understand, control, and to be able to harness the exceptional electronic/magnetic properties emerging from nanoscale graphitic materials by developing novel synthetic strategies toward graphene nanoribbons (GNR) via bottom-up synthesis from atomically defined molecular precursors. The semiconducting properties of GNRs can be modulated by varying their width, edge structure and the identity of atoms in the periodic lattice.My thesis work will detail the power of organic synthesis in design of molecular precursors en route to GNRs, the nanoribbon formation analysis techniques, and the outlook toward application of GNRs in a low-power, tunneling field-effect transistor device architecture (Chapter 1). A large part of my work has aimed at developing new synthetic strategies to access heteroatom-substituted GNRs. After making advances toward BN-substituted GNR precursors, I have discovered a molecular scaffold which furnishes the first example of a surface-mediated C–N bond formation in the context of a 7-AGNR segment (Chapter 2). I have also prepared a series of molecular precursors that have led to the formation of a new family of nitrogen-substituted zigzag GNRs, which possess intriguing spin-separated states along the edges (Chapter 3). In addition to exploring heteroatom substitution, I investigated all-carbon GNR scaffolds that utilize topological band engineering concepts in order to explore new variables that will allow rational tuning of electronic properties in GNRs. I have prepared multiple precursors to continue the realization of topologically protected interface states in GNRs, which are generated by construction of a superlattice of well-defined ribbon segment heterojunctions (Chapter 4)
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Controlling Ring-Opening Alkyne Metathesis Polymerization as a Pathway Toward Conductive Polymers
No full textAlthough alkene metathesis has found a wide range of applications since its discovery in the mid-1960s, alkyne metathesis has only recently become the focus of attention. Despite recent synthetic advances toward highly functionalized ring-strained alkynes, the application of ring-opening alkyne metathesis polymerization (ROAMP) to the field of polymer synthesis has remained limited due to the lack of commercially available well-behaved catalysts. Previous attempts at synthesizing polymers using ring-opening of strained alkynes showed polydispersities ranging from 1.1 to 7.0. Polymers resulting from these catalysts tend to have higher molecular weights than predicted on the basis of the monomer to catalyst loading. The pseudo-octahedral molybdenum benzylidyne
complex [TolC≡Mo(ONO)(OR)]·KOR (R = CCH3(CF3)2),
featuring a stabilizing ONO pincer ligand, initiates the controlled
living polymerization of strained dibenzocyclooctynes at T > 60
°C to give high molecular weight polymers with exceptionally
low polydispersities (PDI ∼ 1.02). Kinetic analyses reveal that
the growing polymer chain attached to the propagating catalyst
efficiently limits the rate of propagation with respect to the rate
of initiation (kp/ki ∼ 10−3). The reversible coordination of KOCCH3(CF3)2 to the propagating catalyst prevents undesired chain- termination and -transfer processes. The ring-opening alkyne metathesis polymerization with 1 has all the characteristics of a living polymerization and enables, for the first time, the controlled synthesis of amphiphilic block copolymers via ROAMP. Semiconducting π-conjugated polymers have been widely explored as functional materials in advanced electronic devices. Among these materials, poly(phenylene ethynylenes) (PPEs), a class of conjugated polymers featuring a pattern of alternating aromatic rings and triple bonds, have stood out for their stability, moderate fluorescence quantum yields, and readily tunable band gap. The classical syntheses of PPEs rely on step-growth polymerizations based on either transition-metal-catalyzed cross-coupling reactions or alkyne cross-metathesis (ACM). While these strategies benefit from readily accessible monomers, they lack the precise control over degree of polymerization (Xn), molecular weight, end-group functionality, and polydispersity index (PDI) unique to a controlled ring-opening alkyne metathesis polymerization (ROAMP) mechanism.Molybdenum carbyne complexes [RC≡Mo(OC(CH3)(CF3)2)3] featuring a mesityl (R = Mes) or an ethyl (R = Et)
substituent initiate the living ring-opening alkyne metathesis
polymerization of the strained cyclic alkyne, 5,6,11,12-tetradehydrobenzo[a,e][8]annulene, to yield fully conjugated poly-
(o-phenylene ethynylene). The difference in the steric demand of
the polymer end-group (Mes vs Et) transferred during the initiation
step determines the topology of the resulting polymer chain. While
[MesC≡Mo(OC(CH3)(CF3)2)3] exclusively yields linear poly(o-phenylene ethynylene), polymerization initiated by [EtC≡Mo-
(OC(CH3)(CF3)2)3] results in cyclic polymers ranging in size from
n = 5 to 20 monomer units. Kinetic studies reveal that the
propagating species emerging from [EtC≡Mo(OC(CH3)(CF3)2)3] undergoes a highly selective intramolecular backbiting into the butynyl end-group. As the field of ring-opening alkyne metathesis polymerization continues to grow, there is an increase in interest for controlling terminations, and understanding undesirable ones. Attaching a desirable end-group expands the potential applications of the polymerization by adding a new degree of functionalization. Addition of water to the alkylidynes studied herein results in the formation of free radicals, leading to a variety of products. In order to control the termination, ynamines may be used for the regioselective termination of molybdenum benzylidyne catalysts, such as [RC≡Mo(OC(CH3)(CF3)2)3] (R = Tol, Mes) and [TolC≡Mo(ONO)(OR)]·KOR (R = CCH3(CF3)2). Quantitative termination is accomplished and proper functionalization of the polymers is achieved
Effective actions for anomalous hydrodynamics
No full textWe argue that an effective field theory of local fluid elements captures the constraints on hydrodynamic transport stemming from the presence of quantum anomalies in the underlying microscopic theory. Focussing on global current anomalies for an arbitrary flavour group, we derive the anomalous constitutive relations in arbitrary even dimensions. We demonstrate that our results agree with the constraints on anomaly governed transport derived hitherto using a local version of the second law of thermodynamics. The construction crucially uses the anomaly inflow mechanism and involves a novel thermofield double construction. In particular, we show that the anomalous Ward identities necessitate non-trivial interaction between the two parts of the Schwinger-Keldysh contour. © 2014 The Author(s)
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