189,973 research outputs found

    Albrecht Dürers schriftliches Vermächtnis

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    ALBRECHT DÜRERS SCHRIFTLICHES VERMÄCHTNIS Albrecht Dürers schriftliches Vermächtnis ( - ) Einband ( - ) Vorblatt ( - ) Abbildung ( - ) Titelblatt ([I]) Inhaltsverzeichnis. ([III]) Einleitung. ([V]) I. Familienchronik. (1524.) (1) II. Briefe. ([5]) III. Reime. (1509 und 1510). ([39]) IV. Tagebuch der Reise in die Niederlande. (1520 und 1521.) ([56]) V. Aus den theoretischen Schriften. Gedrucktes und Handschriftliches. ([104]) A. Aus der "Unterweisung der Messung." ([104]) B. Aus den "Vier Büchern von menschlicher Proportion". (110) C. Aus den handschriftlichen Entwürfen zu dem allgemeinen Werke über Malerei. (126) VI. Anhang. Aus dem Bruchstück des "Gedenkbuchs". (1514.) ([136]) Erläuterungen. ([138]) Vorblatt ( - ) Einband ( -

    Albrecht, C.

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    Albrecht, Andreas C.

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    Memorial Statement for Professor Andreas C. Albrecht, who died in 2002. The memorial statements contained herein were prepared by the Office of the Dean of the University Faculty of Cornell University to honor its faculty for their service to the university

    What Ever happened to Francis Glisson? Albrecht Haller and the Fate of Eighteenth-Century Irritability

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    This article investigates the reasons behind the disappearance of Francis Glisson’s theory of irritability during the eighteenth century. At a time when natural investigations were becoming increasingly polarized between mind and matter in the attempt to save both man’s consciousness and the inert nature of the res extensa, Glisson’s notion of a natural perception embedded in matter did not satisfy the new science’s basic injunction not to superimpose perceptions and appetites on nature. Knowledge of nature could not be based on knowledge within nature, i.e., on the very knowledge that nature has of itself; or – to look at the same question from the point of view of the human mind – man’s consciousness could not be seen as participating in forms of natural selfhood. Albrecht Haller played a key role in this story. Through his experiments, Haller thought he had conclusively demonstrated that the response given by nature when irritated did not betray any natural perceptivity, any inner life, any sentiment interi´eur. In doing so, he provided a less bewildering theory of irritability for the rising communities of experimental physiology

    [coin] Oord, 1614, Maastricht, Albrecht en Isabella, Zuidelijke Nederlanden. /

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    Recto: Een gekroond Spaans schild met het volledig wapen van de aartshertogen ; op halve hoogte, gesplitste door het schild, * – * ; rondom, een cirkel, (ster)ALBERTVS·ET·EL[ISABET·]DEI·G en een parelcirkel.Verso: Een schuin stokkenkruis, met in het hart een gekroond Spaans schild met het wapen van Maastricht ; aan het schild is een juweel van de Orde van het Gulden Vlies opgehangen ; op halve hoogte, gesplitst door het schild, I6 – I4 ; rondom, (ster) ARCHIDVCES·AVST·DV[C]S·BVR·B[·]Z en een parelcirkel.De Witte, A. Histoire monétaire des comtes de Louvain, ducs de Brabant et marquis du Saint Empire Romain, Anvers: veuve De Backer, 1894-1899, nr. 972.Enno Van Gelder, H. & Hoc, M., Les monnaies des Pays-Bas bourguignons et Espagnols 1434-1713. Amsterdam : J. Schulman, 1960, nr. 298-2.De Mey, J. & Van Keymeulen, A., Les monnaies de Brabant III 1598-1790, Brussel : J. De Mey & Paris : Maison Platt, 1974, nr. 674.Van Keymeulen, A., De munten van de Zuidelijke Nederlanden van Albrecht en Isabella tot Willem I. Brussel : Koninklijke bibliotheek Albert I, 1981, nr. 22 BRM.Bastiaens, A, De muntslag der aartshertogen Albrecht en Isabella 1598-1621, s.l, 1981, nr. 17.Vanhoudt, H. Atlas der munten van België : van de Kelten tot heden. Herent : H. Vanhoudt, 1996, nr. I 424.Standard Catalog of World Coins 1601-1700, 7th Edition, Iola : Krause Publications, 2018, p. 1531, nr. 24.2.Bijzondere collectiesVanhoudt, H. De munten van de Bourgondische, Spaanse en Oostenrijkse Nederlanden en van de Franse en Hollandse periode 1434-1830. Heverlee : Peeters, 2015, nr. 603.MA

    AI3SD Video: Event detection in single-molecule data – how to find molecular signatures without (too many) prior assumptions

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    Data from single-molecule experiments, such as from current-time or conductance-distance spectroscopy or sensors, are often “noisy” and characterised by complex molecular behaviour. In some cases, extracting the physically relevant information may be based on supervised approaches, i.e. where labelled data are available for training. In other cases, such data are either not available or it may simply be undesirable to make a priori assumptions about the molecular characteristics, for example to prevent loss of information and expectation bias.[1,2] This may require unsupervised methods or alternative approaches that put an emphasis on “what is not background?”, rather than “what does an event look like?”. In my talk, I will discuss some of the approaches we have taken, including some based on image recognition networks (AlexNet, VGG16),[3,4] and show those can be used to extract not only physically meaningful characteristics, but also previously unknown molecular behaviour.[1] M. Lemmer et al., “Unsupervised vector-based classification of single-molecule charge transport data”, Nat. Commun. 2016, 7, art. no. 12922[2] T. Albrecht et al., “Deep learning for single-molecule science”, Nanotechnol. 2017, 28, 423001.[3] A. Vladyka, T. Albrecht, “Unsupervised classification of single-molecule data with autoencoders and transfer learning”, Machin. Learn.: Sci. Technol. 2020, 1, 035013.[4] C. Weaver et al., “Unsupervised Classification of Voltammetric Data with Image Recognition and Dimensionality Reduction” (in preparation

    Der Rheinfall [music] : valse brillante pour piano /

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    Also available online http://nla.gov.au/nla.mus-an14292589

    The Albrecht Family (S2_B1_F22_89)

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    The Albrecht family sits in front of C. Blake McDowell Law building
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