DOCSLIB.ORG

The Academic Genealogy of Swapnil Haria

Total Page：16

File Type：pdf, Size：1020Kb

Download full-text PDF Read full-text
The Academic Genealogy of Swapnil Haria �� John Mauropus, ���-���� �� Johannes VIII Xiphilinus, ����-���� �� Nicetas Byzantius The Academic University of Constantinople University of Constantinople, ���� | Patriarch of Constantinople �� Michael Psellos, ����-���� University of Constantinople Genealogy of �� John Italus, ����-���� University of Constantinople �� Theodore of Smyrna Swapnil Haria University of Constantinople �� Michael Italikos, c. ���� �� Stephanos Skylitzes Philippolis Trebizond | Constantinople, ���� Academic ancestors include two saints, Copernicus, Erasmus, and Leibniz. This �� Theodoros Prodromos, ����-���� Patriarch school, Constantinople geneology almost certainly contains errors and omissions. Information compiled �� Demetrios Karykes Smyrna, ���� from/by Mathematics Genealogy Project, �� Theodorus Exapterigus �� Nicephorus Blemmydes, ����-���� Neurotree, Nikos Hardavellas, Mark D. Hill, Prusa, Nicea | Smyrna, Scamander | Monastery of Ephesus Timothy Sherwood, and Gio Wiederhold. �� Georgius Acropolitus, ����-���� Nicae �� Georgius Pachymeres, ����-���� Constantinople �� Manual Byrennius, ����-XXXX Constantinople �� Theodore Metochites, ����-���� Nicea �� Elder St. Nicodemus of Vatopedi �� Nicephorus Gregoras, ����-���� �� Manuel Holobolos Vatopedi Monastery, Mt. Athos, ��XX Constantinople Rhetor at the court of Nicae, ���� �� St. Gregory Palamas, ����-���� �� Simon of Constantinople, ����-���� Constantinople | Vatopedi Monastery, Mt. Athos | Thessaloniki Pera near Contantinople �� Nilus Cabasilas, ����-���� �� Philip of Pera (Philippo de Bindo Incontri) Constantinople Domincan Preachers Convent | Pera near Contantinople �� Judaeus Elissaeus �� Demetrios Cydones, ����-���� Adrianopolis Thessaloniki | Constantinople | Venice �� Georgios Gemistos Plethon Constantinople | Edirne, ���� | Bursa, ���� Manuel Chrysoloras, ����-���� �� Basilios Bessarion Constantinople Mystras, ���� Guarino da Verona �� Johannes (Johann Müller) Regiomontanus �� Desiderius Erasmus Constantinople, ���� Universität Leipzig | Universität Wien, ���� Collège de Montaigu, ���� | University of Turin, ���� Vittorino da Feltre (Vittorino Ramboldini) �� Domenico Maria Novara da Ferrara �� Jakob Milich Università di Padova, ���� Università di Firenze, ���� Albert-Ludwigs-Universität Freiburg im Breisgau, ���� Universität Wien, ���� Theodore Gazis �� Nicolaus Copernicus �� Erasmus Reinhold �� Johannes Hommel Constantinople | Università di Mantova, ���� Uniwersytet Jagiellowski | Università di Bologna Martin-Luther-Universität Halle-Wittenberg, ���� Martin-Luther-Universität Halle-Wittenberg, ���� Università degli Studi di Ferrara | Università di Padova, ���� �� Demetrios Chalcocondyles �� Georg Joachim von Leuchen Rheticus �� Caspar Peucer �� Valentin Thau Mystras | Accademia Romana, ���� Martin-Luther-Universität Halle-Wittenberg, ���� Martin-Luther-Universität Halle-Wittenberg, ���� Universität Leipzig, ���� �� Janus Lascaris �� Valentin (Valentinus Otho) Otto �� Salomon Alberti �� Paul Wittich Università di Padova, ���� Martin-Luther-Universität Halle-Wittenberg, ���� Martin-Luther-Universität Halle-Wittenberg, ���� Universität Leipzig Università di Padova, ���� Martin-Luther-Universität Halle-Wittenberg, ���� �� Guillaume Budé �� Melchior Jöstel �� Ernestus Hettenbach �� Duncan Liddel Université d'Orléans, ���� | Université de Paris, ���� Martin-Luther-Universität Halle-Wittenberg, ����, ���� Martin-Luther-Universität Halle-Wittenberg, ����, ���� Universität Viadrina Frankfurt an der Oder, ���� Universität Breslau | Universität Helmstedt, ���� �� Melchior Wolmar �� Ambrosius Rhodius �� Cornelius Martini Université de Paris, ���� Martin-Luther-Universität Halle-Wittenberg, ����, ���� Universität Helmstedt, ���� �� Theodorus (Théodore de Bèze) Beza �� Christoph Notnagel �� Georg Calixt Université d'Orléans, ����, ���� Martin-Luther-Universität Halle-Wittenberg, ���� Universität Helmstedt, ���� �� Antonius Thysius �� Friedrich Leibniz �� Johann Andreas Quenstedt Université de Genève, ���� Universität Helmstedt, ���� Ruprecht-Karls-Universität Heidelberg, ���� Martin-Luther-Universität Halle-Wittenberg, ���� �� Arnold Senguerdius �� Jakob Thomasius �� Michael Walther, Jr. �� Georg Balthasar Metzger Universiteit Leiden, ���� Universität Leipzig, ���� Martin-Luther-Universität Halle-Wittenberg, ����, ���� Friedrich-Schiller-Universität Jena, ���� Universität Basel, ���� �� Wolferd Senguerdius �� Otto Mencke �� Johann Pasch �� Rudolf Jakob Camerarius Athenaeum Illustre Amsterdam, ���� Universität Leipzig,���� Martin-Luther-Universität Halle-Wittenberg, ���� Eberhard-Karls-Universität Tübingen, ����, ���� Universiteit Leiden, ���� �� Herman Boerhaave �� Johann Christoph Wichmannshausen �� Johann Andreas Planer Universiteit Leiden, ���� Universität Leipzig, ���� Martin-Luther-Universität Halle-Wittenberg, ���� Universiteit Harderwijk, ���� Eberhard-Karls-Universität Tübingen, ���� �� Gerard van Swieten �� Christian August Hausen Universiteit Leiden, ���� Martin-Luther-Universität Halle-Wittenberg, ���� �� Anton von Störck �� Adam Beringer �� Abraham Gotthelf Kästner Universität Wien, ���� Universität Leipzig, ���� �� Joseph Barth �� Georg Matthäus Gattenhof �� Johann Christian Polykarp Erxleben Universität Wien, ���� Bayerische Julius-Maximilians-Universität Würzburg, ���� Georg-August-Universität Göttingen, ���� �� Georg Joseph Beer �� Johan Peter Frank �� Christian Ehrenfried von Weigel Universität Wien, ���� Ruprecht-Karls-Universität Heidelberg, ���� �� Philipp Franz von Walther �� Karl Asmund Rudolphi Ludwig-Maximilians-Universität Landshut, ���� Ernst-Moritz-Arndt- References Universität Greifswald, ���� �� Johannes Peter Müller �� John R. Bangs, Jr. Mathematics Genealogy Project Rheinische Friedrich-Wilhelms-Universität Bonn, ���� Cornell University, ���� (M.E.) genealogy.math.ndsu.nodak.edu Neurotree �� Hermann Ludwig Ferdinand von Helmholtz �� Andrew Schultz, Jr. neurotree.org/neurotree Universität Berlin, ���� Cornell University, ���� Nikos Hardavellas � Otto R. Lummer � Richard W. Conway users.eecs.northwestern.edu/~hardav/nikos_genealogy.txt Universität Berlin, ���� Cornell University, ���� Academic Posterity of Mark D. Hill www.cs.wisc.edu/%�Emarkhill/genealogy.ppt � George Gibson � William L. Maxwell University of Breslau, ���� Cornell University, ���� Tree of Mentors infolab.stanford.edu/pub/gio/personal/giomentorsRVC.html � Henry Eyring � Linus Schrage Berkeley, ���� Cornell University, ���� Design by Nicole Hill Arık, ���� � Vincent C. Rideout � Fredrick A. Matsen � Ken Sevcik California Institute of Technology, ���� Princeton, ���� University of Chicago, ���� � Gerald Estrin � James Clayton Browne � Ed Lazowska University of Wisconsin-Madison, ���� University of Texas at Austin, ���� University of Toronto, ���� � David Frederic Martin � Forest Baskett, III � Henry M. Levy University of California, Los Angeles, ���� University of Texas at Austin, ���� University of Washington, ���� (M.S.) � David Andrew Patterson � Alan Jay Smith � Brian N. Bershad University of California, Los Angeles, ���� Stanford University, ���� University of Washington, ���� � Mark Donald Hill � Michael M. Swift University of California, Berkeley, ���� University of Washington, ���� � Swapnil Haria University of Wisconsin-Madison, ����.
Load more

Recommended publications
  • Bf Lübeck Hafen (Otm) Bf Lübeck Hafen (Lha) Bf Lübeck Hafen Bezirk Vorwerk W Nutzlänge Nutzlänge Nutzlänge Nutzlänge Nutzlänge Gleis-Nr
    Nutzbare Gleislängen - Lha - Nutzbare Gleislängen - Lha - Nutzbare Gleislängen N Bezirksbahnhof Vorwerk Bf Lübeck Hafen (Otm) Bf Lübeck Hafen (Lha) Bf Lübeck Hafen Bezirk Vorwerk W Nutzlänge Nutzlänge Nutzlänge Nutzlänge Nutzlänge Gleis-Nr. Gleis-Nr. Gleis-Nr. Gleis-Nr. Gleis-Nr. in m in m in m in m in m Bei der Lohmhle 10 167 16 531 72 120 79 120 85 126 Lha 11 100 17 208 73 244 80 55 86 126 Schwartauer Allee O 12 198 18 91 74 251 81 406 87 264 Schwartauer Landstraße 13 254 19 120 75 221 82 582 88 265 S 14 363 20 300 o 89 194 o/oo ±0,000 /oo Fackenburger Allee 76 272 83 511 -4,594 28,27m 15 438 155,63m Strecke Nr.: 1100 77 347 84 443 90 200 Josephinenstraße Zuführungsgleise / Streckengleise Friedenstraße o/oo +1,667 o o o +2,135 Gleiskategorie 1 /oo ±0,000 o/oo /oo /oo Schwartauer Allee Schwartauer Allee +9,930 o 240,00m o/oo +9,647 -7,678 26,23m /oo -1,667 -7,914 63,23m 135,45m o/oo -9,930 o 144,01m o/oo +1,441 ±0,000 o/oo -3,493 o/oo -3,603 /oo 36,94m o o/oo o +3,603 240,00m Getreide- -1,441 o /oo ±0,000 o +2,304 /oo o/oo 144,01m Fa. Lübeck Distribution GmbH /oo /oo 37,97m 249,82m Karlstraße 499,51m 80,15m -2,304 249,82m +5,794 +9,910 o o/oo o/oo Gleiskategorie 2 499,51m 212,64m o/oo /oo o +2,216 +7,678 Oderstraße Lagerhalle o -6,257 o -9,910 -1,667 o ±0,000 /oo o/oo 212,64m /oo 65,59m o/oo /oo o/oo 144,30m /oo -9,647 (LDG) +3,570 -3,570 240,00m 54,14m 135,45m III o/oo 27,17m 144,30m 63,23m -2,720 252,08m 252,08m +3,493 o 3 Bremsprellböcke Gleiskategorie 3 78,30m Warthestraße /oo -5,794 Grenze LPA NL=52m Grenze LPA 80,15m o/oo 3 Tor 65,59m Anschluss Arnold NL=57m Fackenburger Allee 2 107 Ssp NL=77m Bremsprellbock Marienstraße 1 106 104 Grenze LPA Vermietgleise / Lokalabstellplätze 9 290 Matthäistraße Posener Straße 18 Posener Straße 8 Katharinenstraße 284 103 Anschluss Fa.
    [Show full text]
  • Quantum Dot Structures in the Ingaas System Investigated by TEM Techniques
    Cryst. Res. Technol. 35 2000 6–7 759–768 P. WERNER, K. SCHEERSCHMIDT , N. D. ZAKHAROV, R. HILLEBRAND, M. GRUNDMANN*, R. SCHNEIDER** Max-Planck Institute of Microstructure Physics, Halle / Saale, Germany *Technical University of Berlin, Berlin, Germany **Humboldt University of Berlin, Germany Quantum Dot Structures in the InGaAs System Investigated by TEM Techniques Dedicated to Prof. Dr. J. Heydenreich on the occasion of his 70th birthday Quantum dot structures have gained increasing interest in materials science due to their special electrical and optical behavior. A combination of electron-optical techniques is applied to correlate such properties with the morphology and structure of quantum dots in the InGaAs system. TEM techniques, e.g. imaging by conventional diffraction contrast, by high-resolution TEM and by energy filtering (EFTEM) are focused on the determination of parameters, like shape and size of islands, their chemical composition and the complex lattice strain fields. An image contrast analysis in terms of shape and strain demands the application of image simulation techniques based on the dynamical theory and on structure models refined by molecular dynamics or molecular static energy minimization. Keywords: : quantum dots, InGaAs, Transmission Electron Microscopy, crystal structure (Received May 4, 2000; Accepted July 1, 2000) 1. Introduction The investigation of semiconducting nanostructures is especially focused on the properties of so-called quantum dots (QD), which are embedded in a different semiconducting bulk or in other materials. The possibility of arranging such particles or ”dots” into complex arrays implies many opportunities for scientific investigations and technological applications. Over the last 10 years, various ways have been applied successfully to create semiconductor particles of several 10 nm in size, evidencing special properties to be different from the bulk behavior (for an overview see, e.g., MRS Bulletin).
    [Show full text]
  • The Metropolitan Dimension to European Affairs
    METREX Glasgow Spring Conference - 24-26 April 2013 Metropolitan Dimension Preface This Companion to the METREX 2013 Glasgow Conference draws on previous METREX statements and declarations, which are all published in the METREX Manual. This can be downloaded from the METEX web site at www.eurometrex.org They include the Glasgow Founding Declaration of Intent (1996), the Porto Convocation Metropolitan Magna Carta and the Porto Declaration (1999), the Porto Practice Benchmark (1999), the METREX AISBL Statutes (2000), the METREX Practice Benchmark, the Szczecin Conference Declaration (2006) and the Hamburg Conference Declaration (2007). The METREX Manual contains a major section on the Metropolitan Dimension. The Companion has been prepared by METREX as a context document for the METREX Glasgow Spring 2013 Conference, which takes as its theme - The Metropolitan Dimension - The state of the Union. RR/METREX/Glasgow/February 2013 1 The Metropolitan Dimension to European affairs Companion to the METREX 2013 Glasgow Conference METREX The Network of European Metropolitan Regions and Areas 125 West Regent Street Glasgow G2 2SA Scotland UK Phone/fax +44 (0)1292 317074 secretariat @eurometrex.org www.eurometrex.org 2 Defining Metropolitan regions and areas in Europe DG Regional and Urban Policy in co-operation with DG Agriculture and Rural Development, Eurostat, DG Joint Research Centre and OECD Steps towards a Metropolitan Dimension (see page 27) 1 Mass 2 Connectivity 3 Identity 4 Recognition 5 Marketing 6 Influence 7 Support 8 Integrated strategies 9 Collective decision-making and governance 10 Proximity 11 Co-operation 12 Complementarity METREX commends this step-by-step approach to those setting out on the road to effective Metropolitan governance 3 Acknowledgements This Metropolitan Manifesto has drawn on the exemplars of the, • Structuurvisie Amsterdam 2040 (Structural Vision for Amsterdam 2040).
    [Show full text]
  • Liste Der Jeweiligen Hallengrößen
    Sporthalle qm Adresse Albert-Schweitzer-Schule 378 Albert-Schweitzer-Str. 59 Schule an der Wakenitz 968 Dieselstr. 16 Gewerbeschule Nahrung+Gastro (Schildstr.) 276 Schildstr. 6-8 Baltic-Gesamstschule (Standort:Karavellenstr.) 965 Karavellenstr. 2-4 Berend-Schröder-Schule 126 Langer Lohberg 24 Julius-Leber-Schule (Standort Marquardplatz) 246 Marquardplatz 7 Julius-Leber-Schule (Standort Brockesschule) 246 Brockesstr. 59-61 Heinrich-Mann-Schule (große Halle) 405 Brüder-Grimm-Ring 6-8 Heinrich-Mann-Schule (kleine Halle) 108 Brüder-Grimm-Ring 6-8 Bugenhagen-Schule 161 Moislinger Allee 32 Burgfeldhalle 1215 Am Gertrudenkirchhof Carl-Jacob-Burkhardt-Gym, gr. Halle 393 Ziegelstr. 38 Carl-Jacob-Burkhardt-Gym, kl. Halle 200 Ziegelstr. 38 Dom-Schule 147 Domkirchhof 5-6 Schule Eichholz 371 Bohlkamp 25 Emanuel-Geibel-Realschule 129 Glockengießerstr. 33-37 Ernestinen-Schule, gr. Halle 405 Kl. Burgstr. 24-26 Ernestinen-Schule, kl. Halle 162 Kl. Burgstr. 24-26 Ernestinen-Schule, Ballettsaal 108 Kl. Burgstr. 24-26 Schule Falkenfeld 180 Helgolandstr. 5 Gotthard-Kühl-Schule (Standort: Lortzingstr.) 968 Lortzingstr. 27 Schule Grönauer Baum 364 Reetweg 5-7 Paul-Klee-Schule Hochschulstadtteil 968 Alexander-Flemming-Str. 8 - 12 Heinrich-Mann-Schule (Drei-Felder-Halle) 1255 Brüder-Grimm-Ring 6 Hansehalle 1215 An der Hanse-Halle 1 Hauptturnhalle, gr. Halle 704 Mühlenstr. 74 Hauptturnhalle, kl. Halle 176 Mühlenstr. 74 Holstentor-Gemeinschaftsschule 968 Wendische Str. 55 Johanneum zu Lübeck, gr. Halle 1215 Bei St. Johannis 1-3 Johanneum zu Lübeck, kl. Halle 308 Bei St. Johannis 1-3 Kahlhorst-Schule, gr. Halle 179 Kahlhorststr. 41 Kaland-Schule 155 Kalandstr. 8 Katharineum zu Lübeck, gr. Halle 264 Königstr. 27-31 Katharineum zu Lübeck, kl.
    [Show full text]
  • Metropolitan Areas in Europe
    BBSR-Online-Publikation, Nr. 01/2011 Metropolitan areas in Europe Imprint Published by Federal Institute for Research on Building, Urban Affairs and Spatial Development (BBSR) within the Federal Office for Building and Regional Planning (BBR), Bonn Editing Jürgen Göddecke-Stellmann, Dr. Rupert Kawka, Dr. Horst Lutter, Thomas Pütz, Volker Schmidt-Seiwert, Dr. Karl Peter Schön, Martin Spangenberg In cooperation with Gabriele Costa, Dirk Gebhardt, Heike Kemmerling, Claus Schlömer, Stefan Schmidt, Marisa Trimborn Translation Beatrix Thul Reprint and Copying All rights reserved Quotation BBSR: Metropolitan areas in Europe. BBSR-Online-Publikation 01/2011. Eds.: Federal Institute for Research on Building, Urban Affairs and Spatial Development (BBSR) within the Federal Office for Building and Regional Planning (BBR), Bonn, January 2011. ISSN 1868-0097 © BBSR January 2011 Metropolitan areas in Europe 2 Acknowledgement The authors would like to thank Professor Michael Parkinson, Liverpool John Moores University, for useful suggestions which help improve the translation. Acknowledgement BBSR-Online-Publikation Nr. 01/2011 Metropolitan areas in Europe 3 Table of contents 1 Metropolitan regions – an evidence-based policy programme 2 Metropolitan functions – the key towards analysing metropolitan areas 2.1 Metropolitan functions: theoretical backgrounds and models 2.2 Redefining metropolitan functions 3 From theory towards empiricism: metropolitan functions – indicators and measuring concept 4 Locations and spatial distribution of metropolitan functions
    [Show full text]
  • Thuringia.Com
    www.thats-thuringia.com That’s Thuringia. Ladies and Gentlemen, Thuringia is the region where successful collaboration between entrepreneurs and researchers goes back centuries. Looking to the future has been a long-standing tradition here. Just take Carl Zeiss, Ernst Abbe, and Otto Schott, who joined forces in Jena to lay the foundations for the modern optics industry and for a productive partnership between business and science. It’s a success story that the entrepreneurs and scientists in our Free State are continuing to write to this very day. And in the process, our producers and services providers can draw upon a multifaceted research environment which currently comprises no less than nine universities and universities of applied sciences, a total of 14 institutions run by the Fraunhofer, Leibniz, Max-Planck, and Helmholtz scientific societies, as well as eight research institutions with close ties to the economy. It’s the variety and the optimal mix of locational advantages that makes Thuringia so attractive for investors from all over the world. The central location of our Land at the heart of Germany will soon become even more of an advantage thanks to the new ICE high-speed train junction in Erfurt, which will significantly reduce travelling time to Berlin, Munich, and Frankfurt am Main. International companies seeking to locate to Thuringia can choose from our many top-notch industrial sites, which are situated along major highways and also include large-scale locations for those investors in need of more space. By now, Thuringia has surpassed Baden-Württem- berg as the Federal Land within Germany with the highest number of industrial operations per 100,000 inhabitants.
    [Show full text]
  • The Science of Astrology: Schreibkalender, Natural Philosophy, and Everyday Life in the Seventeenth-Century German Lands
    The Science of Astrology: Schreibkalender, Natural Philosophy, and Everyday Life in the Seventeenth-Century German Lands A dissertation submitted to the Graduate School of the University of Cincinnati in partial fulfillment of the requirements for the degree of Doctor of Philosophy in the Department of History of the College of Arts and Sciences by Kelly Marie Smith M.A. University of Cincinnati, December 2003 B.S. Eastern Michigan University, December 2000 Committee Chair: Sigrun Haude, Ph.D. Abstract This dissertation explores the use of Schreibkalender, or writing-calendars, and their accompanying prognostica astrologica to evaluate how ideas about seventeenth-century natural philosophy – particularly the relationship between astronomy and astrology – changed throughout the period. These calendars contain a wealth of information that demonstrates the thirst early modern readers had for knowledge of the world around them. Because Schreibkalender and prognostica were written annually for the general populace and incorporated contemporary ideas regarding natural philosophy, they provide a means to assess the roles of both astronomical and astrological ideas during this period and how these changes were conveyed to the average person. Not only did authors present practical information related to the natural world, but they also explained basic philosophical principles and new discoveries to their audience. This research examines how changing ideas about the role of natural philosophy and its direct influence on everyday life developed over the course of the seventeenth century. An examination of the Schreibkalender and prognostica reveals a shift in emphasis throughout the period. Early calendars (approximately 1600-30) presented direct astronomical and astrological information related to the daily life of the average person, whereas those from the middle of the century (~1630-70) added helpful details explaining astronomical and astrological concepts.
    [Show full text]
  • The Nova Stella and Its Observers
    Running title: Nova stella 1572 AD The Nova Stella and its Observers P. Ruiz–Lapuente ∗,∗∗ 1. Introduction In 1572, physicists were still living with the concepts of mechanics inherited from Aris- totle and with the classification of the elements from the Greek philosopher. The growing criticism towards the Aristotelian views on the natural world could not turn very produc- tive, because the necessary elements of calculus and the empirical tools to move into a better frame were still lacking. However, in astronomy, observers had witnessed by that time the comet of 1556 and they would witness a new one in 1577. Moreover, since 1543 when De Revolutionibus Orbium Caelestium by Copernicus came to light, the apparent motion of the planets had a radically different explanation from the ortodox geocentrism. The new helio- centric view slowly won supporters among astronomers. The explanations concerning the planetary motions would depart from the “common sense” intuitions that had placed the earth sitting still at the center of the planetary system. Thus the “nova stella” in 1572 happened in the middle of the geocentric–versus–heliocentric debate. The other “nova”, the one that would be observed in 1604 by Kepler, came just shortly after the posthumous publication of Tycho Brahe’s Astronomiae Instauratae Progymnasmata1 which contains most of the debates in relation to the appearance of the “new star”2. arXiv:astro-ph/0502399v1 21 Feb 2005 The machinery moving the planetary spheres, i.e. the intrincate system of solid spheres rotating by the motion imparted to them as the wheels in a clock, was not directly affected by the new heliocentric proposal.
    [Show full text]
  • Bauhaus Dessau and the Movement of Modernism In
    EVENT TIPS BAUHAUS DESSAU AND THE MOVEMENT FROM 17.01.2019 OF MODERNISM IN SAXONY-ANHALT BAUHAUS DESSAU BUILDINGS. ICONS OF MODERNISM RE-CURATED. Bauhaus buildings, Masters´ Houses, the Dessau-Törten housing estate; Dessau-Roßlau www.bauhaus-dessau.de FESTIVALS IN DESSAU-ROSSLAU 20.03. – 24.03.2019 FESTIVAL SCHOOL FUNDAMENTAL 31.05. – 02.06.2019 FESTIVAL ARCHITECTURE RADICAL The Bauhaus Building by Walter Gropius (1925–26), South-west www.bauhaus-dessau.de view, 2017 | Bauhaus Dessau Foundation/Photo: Th. Meyer, OSTKREUZ 11.09. – 15.09.2019 FESTIVAL STAGE TOTAL 2019 – Germany will celebrate the 100th anniversary of the foundation of the Bauhaus www.tourismus.dessau-rosslau.de together with partners all over the world. Founded in Weimar in 1919, relocated to Dessau in 1925 and closed in Berlin in 1933, the school of design only existed for a total of 14 years. 08.03. – 16.06.2019 THE REFORM CITY OF THE Despite this, the Bauhaus continues to have an impact to this day. No other federal state MODERN ERA. MAGDEBURG in Germany has as many preserved Bauhaus buildings or Modernism locations as Saxony- IN THE TWENTIES Anhalt. In particular, these can be found in Dessau-Roßlau, but also in Magdeburg, Halle Exhibition at the Kulturhisto rischen (Saale), Quedlinburg, Lutherstadt Wittenberg and Elbingerode. Museum, Magdeburg; Magdeburg www.khm-magdeburg.de Towards Hamburg TRAVEL 29.09.2019 – 12.01.2020 CASTLE OF MODERNISM: HIGHLIGHTS: MASTER OF MODERNISM Exhibition at Kunstmuseum DESSAU-ROSSLAU Moritzburg; Halle (Saale) STENDAL www.stiftung-moritzburg.de The concentration of Bauhaus OVERVIEW architecture is nowhere higher than HanoverTowards OF THE MAIN SITES: in Dessau, which the design and architecture school made its home HALDENSLEBEN BerlinTowards Dessau-Roßlau: from 1925 to 1932.
    [Show full text]
  • Broschüre Gewässer in Offenbach
    Gewässer in Offenbach Offenbach und seine Gewässer – eine mehr als tausendjährige Beziehung Amt für Umwelt, Energie und Klimaschutz Energie Amt für Umwelt, Neue Seite! Inhalt Einleitung ......................................................................4 Die Offenbacher Landschaft – von Gewässern geformt und geprägt ...........................5 Der Kreislauf des Wassers – Grundwasser und Oberflächengewässer ....................7 ROUTEN Route 1: Main, Naturschutzgebiet „Rumpenheimer und Bürgeler Kiesgruben“, Kuhmühlgraben, Entensee .....10 Route 2: Hainbach mit Wildhofbach, Buchhügelgraben, Buchhügelteich und Tempelseeweiher ......................17 Route 3: Von der Rosenhöhe über Röhrengraben, Oberhorst weiher, Buchrainweiher und Buchraingraben zum Dreieichweiher .........................21 Die Bieber ...................................................................26 Kleingewässer im Wald – Rückzugsgebiete für bedrohte Arten .......................................................28 Waldgräben – Zeugnisse der Forstwirtschaft des 19. Jahrhunderts ..................................................30 Die innerstädtischen Weiher: Friedrichsweiher, Weiher im Martin-Luther-Park, Erlenbruchweiher, Weiher am Hessenring .................32 Impressum, Autoren, Quellennachweise ...................34 Naturschutzgebiet „Rumpenheimer und Bürgeler Kiesgruben“, im Volksmund „Schultheis-Weiher“ genannt Faltkarte .....................................................................35 2 3 Einleitung Wasser bedeckt 71% der Erdoberfläche. Zu hartem Eis
    [Show full text]
  • Dr. Wolfram Elsner Full Professor of Economics (Retired) Department of Economics / Faculty of Business Studies and Economics University of Bremen, Germany
    Dr. Wolfram Elsner Full Professor of Economics (retired) Department of Economics / Faculty of Business Studies and Economics University of Bremen, Germany October 2019 CURRICULUM VITAE Office Address University of Bremen Faculty of Business Studies and Economics / WiWi 2 Max-von-Laue-Sr. 1 D-28359 Bremen, Germany Fon: +49-421-218-66-518 mailto: [email protected] https://www.uni-bremen.de/ierp/. Biographical Data Birthdate: January 29, 1950 Place of Birth: Niederurff/Bad Zwesten, Germany Citizenship: German. Marital status: Married since 1988, one son. Academic Education Habilitation (“Venia Legendi” of Economics), 1985, Faculty of Economics and Business Studies, University of Bielefeld, Germany. PhD (Dr. rer. pol.), 1977, Faculty of Economics and Business Studies, University of Bielefeld, Germany. MA Economics (Diplom), 1974, Faculty of Economics, Business Studies, and Social Sciences, University of Cologne, Germany. Honors and Awards Academic Member, Entrepreneurship and Innovation Center, and Guest Professor, School of Economics, Jilin University, Changchun, PR China, since 2016. EAEPE biannual Myrdal Prize 2017 for the book Microeconomics of Complex Economies. Evolutionary, Institutional, Neoclassical, and Complexity Perspectives, Amsteram, San Diego, New York, Oxford: Elsevier 2015. 2 Past President, European Association for Evolutionary Political Economy—EAEPE, 2012-2014, 2014-2016. Member of the Rektor’s International Advisory Board, University of Bremen, 2010-2015. Adjunct Professor, University of Missouri-Kansas City UMKC, Doctoral Faculty, Department of Economics, 2008-2013. Clarence E. Ayres Visiting Scholar of the Association for Evolutionary Economics—AFEE, 1995. Honorary Nebraska Citizen, awarded by the Governor of Nebraska, since 1987. Work Experience and Academic Service Editor-in-Chief, Review of Evolutionary Political Economy—REPE, owned by the European Association of Evolutionary Political Economy—EAEPE, publ.
    [Show full text]
  • Automotive. Thuringia – Automotive Hub with All Assets
    Automotive. Thuringia – Automotive hub with all assets. Thuringia has an irresistible attraction for the automo- Product segments tive industry: Global players such as Opel/PSA, Magna, by employees Bosch, BMW, Daimler, IHI and BorgWarner have set up production here. Thuringia is a central location that is never far from Germany’s and Europe’s carmakers. Around 660 automotive manufacturers and supplier companies have production opera- tions in Thuringia; around 68,000 people work in the industry. Together, they generat- ed over € 9.4 billion in revenue in 2017. Alongside large corporations, many nimble mid- sized firms drive growth in this sector. One of the strengths of the Thuringian industry is its wide range of technological competencies. Auto manufacturing has deep roots in Drive system/chassis 48 % Auto body/exteriors 21 % the state: Already in the early 20th century, BMW produced their first car in Thuringia. Electrics/electronics 16 % Today, half of all Daimler engines are manufactured in a plant in Thuringia. Interiors 15 % (Source: Study „Paths to sustainability for the automotive supplier industry in Thuringia“, 07/2018) Thuringian automotive industry at a glance The portal „virtual automobile“ represents the know-how of more than 500 More information companies of the Thuringian automotive industry. The search function reveals potential partners for production and research & development. on the automotive www.virtuelles-automobil-thueringen.de location Thuringia A fast-track Sought-after specialists network. with great ideas. The Eisenach region is the physical nucleus Thuringia has been making cars for over of the industry: it lies at the geographical a hundred years. It still draws enormous center of Germany.
    [Show full text]