Talking Science at the University of Padua in the Age of Antonio Vallisneri
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Ingenuous Investigators”: Antonio Vallisneri’S Correspondents and The
Ivano Dal Prete Italian Academy for Advanced Studies in America Columbia University Fellows Seminar October 24, 2012 “Ingenuous Investigators”: Antonio Vallisneri’s Correspondents and the Making of Natural Knowledge in 18 th -century Italy 1. History of Science in the Postmodern Age In the last two centuries, science has been regarded as the most important agent of change and progress in our society. The narrative of how and why it came to be such a commanding force contributed powerfully to this perception. The rise of modern science has long been portrayed as the triumph of human reason over superstition and authority; its history, a gallery adorned with the images of heroes like Copernicus, Galileo or Darwin who upheld self-evident facts against the prejudices of their times; experimental results and the laws of nature, the only objective “truths” that human beings could attain and agree upon. This narrative still largely informs popular views of the scientific enterprise; yet, the image of science as a disinterested pursuit of truth has come increasingly under question during the last decades, to the point that mistrust of science as a source of objectivie knowledge is considered a defining feature of postmodernity. The history of science as an 1 academic discipline has long participated in this trend,1 but it was not until the 1980s that it ceased to identify with the development of ideas and theories, as formulated by the most illustrious scientists. In their influential 1985 book Leviathan and the Air Pump , Steven Shapin and Simon -
MISCELLANEA GEOGRAPHICA WARSZAWA 1992 Vol
MISCELLANEA GEOGRAPHICA WARSZAWA 1992 Vol. 5 Zdzislaw Mikulski ON THE ORIGIN OF THE TERM "HYDROLOGY" AND DERIVATIVE SCIENCES It is for some time now that the science on water in nature, particularly its branch dealing with the circulation of water on the Earth, has been given a name of hydrology. However, hydrology is a relatively young science, that is why it is just forming its specialist terminology; it is difficult to define more precisely a date of emergence of the term "hydrology". It orginates from two Greek words: hydor (water) and logos (word, idea, science). Meanwhile, apart fram Thales of Miletus , "hydrologist of antiquity" (Biswas 1970), water was studied i.a. by Plato and his pupil, Aristotle, founder of the scholl of science "Lyceum", author of the treatise Meteorologica containing also a considerable load of hydrological knowledge. Relatively early, that is in the mid-17th century, a term "hydrography" ap- peared in the work Geografia generalis published in 1650 in Amsterdam (Fig. 1) by Bernardus Varenius (1622-1650), "the most famous geographer of those times" (Biswas 1970). The author understood the term "hydrography" as a des- cription of water on the terrestial globe, and first of all as a description of oceans. Soon this term was used by a well-known Italian astronomer, mathe- matician and physicist Giovanni Battista (Giambattista) Riccioli (1598-1671) in his work Geographie et hydrographie reformati libri duodecim published in 1661 in Bologna. At that time, the term "hydrostatics" appeared in 1663 in the work by Jesuit mathematician and naturalist Kaspar (Casparus) Schott (1608-1666) of Wiirz- burg, entitled Anatomia physico-hydrostatica fontiumae fluminum. -
Ulisse Aldrovandi and Antonio Vallisneri: the Italian Contribution to Knowledge of Neuropterous Insects Between the 16Th and the Early 18Th Centuries*
Ann. Mus. civ. St. nat. Ferrara Vol. 8 2005 [2007] pp.9-26 ISSN 1127-4476 Ulisse Aldrovandi and Antonio Vallisneri: the Italian contribution to knowledge of Neuropterous Insects between the 16th and the early 18th centuries* Rinaldo Nicoli Aldini 1, 2 1) Istituto di Entomologia e Patologia vegetale, Facolta di Agraria, Universita Cattolica del Sacro Cuore, Via E milia Parmense 84,1-29100 Piacenza (Italy); 2) Scienze degli Alimenti, Polo Scientifico-Didattico di Cesena del Ia Facolta di Agraria, Alma Mater Studiorum, Universita degli Studi di Bologna, Piazza Goidanich 60, 1-47023 Cesena (Italy). e-mail: rinaldo.nicoli@unicatUt The oldest evidence of neuropterous insects in Italian scientific literature dates back at least to the 15th-16th centuries and regards antlions. Documents concerning antiions and green lacewings are present in the outstanding corpus of watercolour illustrations of insects built up in the 16th cen tury by the great naturalist from Bologna, Ulisse Aldrovandi (1522-1605), and then reproduced in his work De animalibus insectis (1602). His illustrations of some adult antlions and a green lace wing are among the earliest to be found in printed works. Between the 16th and the early 18th cen turies, other Italian authors mention or deal with lacewings, mainly the outstanding scientist from Reggio, Antonio Vallisneri (1661-1730), who published bionomical and behavioural observations on anti ions and green lacewings; he was the first to publish the life cycle of an antlion and to describe and illustrate the stalked eggs of green lacewings. Key words - entomology, neuropterology, history, Italy, anti ions, green lacewings, early authors. -
Experimental Philosophy and Religion in Seventeenth-Century Italy*
View metadata, citation and similar papers at core.ac.uk brought to you by CORE provided by PhilPapers 1 Alberto Vanzo Experimental Philosophy and Religion in Seventeenth-Century Italy* Published in Experiment, Speculation and Religion in Early Modern Philosophy, edited by Alberto Vanzo and Peter Anstey (New York: Routledge, 2019), 204–228. 1. Introduction As is well known, several English advocates of early modern experimental philosophy posited a strong connection between religion and experimental philosophy. According to Robert Boyle, Joseph Glanvill and Thomas Sprat, by practising experimental philosophy we can shed light on God’s attributes,1 will and providence (B 11: 298–299). We can draw on the discoveries of experimental philosophers to prove the existence of God and spirits,2 refute atheism, materialism, superstition and religious enthusiasm,3 and distinguish authentic miracles from fake miracles (ibid., 316). The practice of experimental philosophy leads to the worship of God4 and embodies the Christian virtues of humility, innocence and piety.5 In the light of this, early modern experimental philosophy might seem to corroborate the view that the study of nature in the seventeenth century was closely related to theology, driven by theological concerns, and pursued primarily to shed light on God. This view has been put forward by Amos Funkenstein, Stephen Gaukroger and Andrew Cunningham. According to Funkenstein (1986, 72), a ‘fusion between theology and physics’ took place in the seventeenth century. ‘Theological and physical arguments became nearly indistinguishable’ (ibid., 73). ‘[S]cience’ and ‘theology’ were ‘seen as one and the same occupation’.6 For Gaukroger (2006, 3), ‘the Scientific Revolution’ was ‘driven, often explicitly, by religious considerations’. -
Domenico Guglielmini E La Sua Opera Scientifica
DOMENICO GUGLIELMINI E LA SUA OPERA SCIENTIFICA Icilio Guareschi ALLA MEMORIA DELL'AMATO ZIO GIOVANNI GUARESCHI CON GRATO ANIMO "L'historien ne peut être vrai qu'en étant juste, il ne peut être juste qu'en étant impartial. Le patriotisme est une partialité, partialité nécessaire et sainte, quand il s'agit de défendre ou de servir son pays, partialité pitoyable et menteuse, quand il s'agit de juger à leur point de vue local et relatif les grands hommes qui, après leur mort, n'ont plus de parti que la posterité" (A. DE LAMARTINE, Portraits et Biographies: William Pitt, pag. 1). INTRODUZIONE Già discorrendo della legge della dilatazione dei gas di Volta, ho chiaramente detto che il far rivivere delle antiche Memorie dimenticate o poco conosciute, o il rivendicare al proprio autore i lavori scientifici erroneamente attribuiti ad altri, è semplicemente giustizia e null'altro; penso e sono convinto che il far ciò sia dovere altissimo, morale; l'agire diversamente sarebbe una forma di indifferentismo che io disprezzo. Col dare a Cesare ciò che è di Cesare è atto doveroso; in questo caso speciale, il riconoscere i meriti di Guglielmini non vuol dire togliere i meriti al Romé de l'Isle ed all'Haüy, ma vuol dire riconoscere come proprie a Guglielmini quelle idee che poi meglio furono svolte dai due grandi mineralogisti e cristallografi francesi, senza ricordare il nostro grande naturalista. Si deve scorgere in Guglielmini il vero precursore di Romé de l'isle e di Haüy. L'opera scientifica di Guglielmini si è prodotta dal 1680 al 1710, cioè essenzialmente alla fine del secolo XVII, quando il metodo sperimentale era in pieno svolgimento, specialmente in Italia. -
One Morning in *******1701 Antonio Vallisneri, First Professor Of
1 The University of Padua and the Learned Journal in the Early Eighteenth Century L'université de Padoue et les journaux savants au début du XVIIIe siècle. - Les leçons de médecine et d'histoire naturelle d’Antonio Vallisneri à l'université de Padoue constituent une source significative pour étudier l'usage des journaux savants dans l'enseignement universitaire au début du XVIIIe siècle. En effet, Vallisneri cite très souvent les journaux et il lui arrive de construire des leçons presqu'entières à partir d'extraits d'articles. Dans ce chapitre, on tentera de dégager la signification de cette utilisation pour l'histoire des journaux savants mais aussi celle des universités. One morning in 1701 Antonio Vallisneri, First Professor of Practical Medicine at the University of Padua, delivered his lecture on diseases of the head to the usual packed audience. As was his custom, he paid as little attention as possible to the official text upon which the lesson was to be based according to the university statutes and the course description as stated in the yearly rotulo or class schedule. In fact, on this particular day he entirely ignored the first Fen, entitled De Febribus, of Avicenna’s Liber Canonis, preferring instead to devote the lesson to recent cases and theories. And in explaining a case of headache caused by worms, he told the story of a young woman who had been resting by a field in a prone position when a worm crawled into her ear and remained there for several weeks—a condition to which the doctors thereupon applied their most ingenious methods. -
Giovanni Battista Morgagni (1682–1771): His Anatomic Majesty's Contributions to the Neurosciences
Childs Nerv Syst (2012) 28:1099–1102 DOI 10.1007/s00381-012-1797-6 CLASSICS IN PEDIATRIC NEUROSURGERY Giovanni Battista Morgagni (1682–1771): his anatomic majesty's contributions to the neurosciences R. Shane Tubbs & Dominik T. Steck & Martin M. Mortazavi & Mohammadali M. Shoja & Marios Loukas & Aaron A. Cohen-Gadol Received: 6 February 2011 /Accepted: 30 April 2012 /Published online: 15 May 2012 # Springer-Verlag 2012 Abstract Keywords Anatomy . History . Italy . Neuroanatomy . Introduction Giovanni Battista Morgagni is considered the Pathology . Brain Father of Pathology and contributed much to our early understanding of neuropathology. For example, he intro- duced the concept that diagnosis, prognosis, and treatment Introduction of disease must be based on an exact understanding of the pathologic changes in anatomic structures. Additionally, he For those who they have dissected or inspected many, contributed to what would become the discipline of neuro- have at least learn’d to doubt when the others, who are surgery and, for example, performed trepanation for head ignorant of anatomy, and do not take the trouble to trauma. attend to it, are in no doubt at all. Conclusions It is the contributions of such early pioneers as Giovanni Battista Morgagni Morgagni that our current understanding of the neurosciences is based. His life Giovanni Battista Morgagni (Fig. 1) was born in Forli, Italy (40 mi southeast of Bologna and near the Adriatic Sea) on 25 R. S. Tubbs (*) Section of Pediatric Neurosurgery, Children’s Hospital, February 1682 [4]. The period marked the onset of the Spanish 1600 7th Avenue South ACC 400, domination of Italy [1]. His parents were Fabrice and Marie Birmigham, AL, USA Fornielli, and from a very early age, he was interested in science e-mail: [email protected] and literature as well as philosophy [2]. -
Printing Natural Knowledge
Chapter 3: Printing Natural Knowledge “The purpose of writing may be to persuade the wise and intelligent; or else it may be to persuade everyone in town.” So wrote Giovanni Alfonso Borelli, pro- fessor at the university of Pisa and already the author of an important work on Euclid, to his ex-colleague Marcello Malpighi, just starting out on the faculty at the university of Bologna and about to publish his fundamental work revealing the microstructure of the lungs. Deciding what to publish, and for whom, was no easy matter, still some thirty years after the twin trials of Orazio Morandi and Galileo Galilei. “But if you choose to write to the common citizens of Bo- logna to persuade them about the calumnies made against truth,” Borelli con- tinued, “I conceive that in this case you may use every effort to deride any per- son who peddles a pile of idiocies just to offend virtuous and meritorious people.” 1 Of course, for Borelli, “virtuous and meritorious people” meant per- sons who followed empirical method for the study of nature, exemplified by Galileo; and “truth” meant the truth drawn from the use of that method. “Idio- cies” meant ideas conceived by those whom the Galileians conceived as dogma- tists and mystifiers. Still in the 1660s, whether Galileo’s disciples and their followers would triumph against the dogmatists and mystifiers was by no means clear. The story of their campaign to capture public attention, with all its fits and starts, is far less well known than the content of their ideas. It will occupy us here. -
Galileo's Microscope Test
Galileo's microscope Test This is the Test material for verifying the contents of the History and Explore sections of the web application. Texts prepared by the Institute and Museum of the History of Science in Florence. Why a test? The structured test consists of 40 multiple-choice questions designed to verify the main content of the application. Galileo's microscope was created for the purpose of furnishing, in an attractive but strictly scientific way, a great body of information on microscopy in the 17 th and 18 th centuries. To reinforce the educational effect, it has been deemed useful to provide a tool of evaluation to be used by teachers, or of self-evaluation for others. For each question, reference is made to the section in which the answer can be found, allowing users the chance to verify the content. Standard timing for the answers is generally 1 minute for each multiple-choice question (34) and 30 seconds for each true/false question (6). The whole test should thus be completed within 37 minutes. 2 1. During what period was the microscope invented? a) □ In the late 15 th – early 16 th century. b) □ Around the middle of the 16 th century. c) □ In the late 16 th – early 17 th century . d) □ Around the middle of the 17 th century. Reference: HISTORY section – The compound microscope. 2. During what period was the “Galilean” microscope constructed (IMSS inv. 3429)? a) □ First half of the 17 th century. b) □ Second half of the 17 th century . c) □ First half of the 18 th century. -
Ulisse Aldrovandi and Antonio Vallisneri: the Italian Contribution to Knowledge of Neuropterous Insects Between the 16Th and the Early 18Th Centuries*
Ann. Mus. civ. St. nat. Ferrara Vol. 8 2005 [2007] pp. 9-26 ISSN 1127-4476 Ulisse Aldrovandi and Antonio Vallisneri: the Italian contribution to knowledge of Neuropterous Insects between the 16th and the early 18th centuries* Rinaldo Nicoli Aldini 1· 2 1) lstituto di Entomologia e Patologia vegetale, Facolta di Agraria, Universita Cattolica del Sacro Cuore, Via E milia Parmense 84, 1-29100 Piacenza (Italy); 2) Scienze degli Alimenti, Polo Scientifico-Didattico di Cesena del la Facolta di Agraria, Alma Mater Studiorum, Universita degli Studi di Bologna, Piazza Goidanich 60, 1-47023 Cesena (Italy), e-mail: [email protected] The oldest evidence of neuropterous insects in Italian scientific literature dates back at least to the 15th-16th centuries and regards antlions. Documents concerning antlions and green lacewings are present in the outstanding corpus of watercolour illustrations of insects built up in the 16th cen tury by the great naturalist from Bologna, Ulisse Aldrovandi (1522-1605), and then reproduced in his work De animalibus insectis (1602). His illustrations of some adult antlions and a green lace wing are among the earliest to be found in printed works. Between the 16th and the early 18th cen turies, other Italian authors mention or deal with lacewings, mainly the outstanding scientist from Reggio, Antonio Vallisneri (1661-1730), who published bionomical and behavioural observations on antlions and green lacewings; he was the first to publish the life cycle of an antlion and to describe and illustrate the stalked eggs of green lacewings. Key words - entomology, neuropterology, history, Italy, antlions, green lacewings, early authors. -
Experiment and Speculation in Seventeenth-Century Italy: the Case of Geminiano Montanari
Studies in History and Philosophy of Science 56 (2016) 52e61 Contents lists available at ScienceDirect Studies in History and Philosophy of Science journal homepage: www.elsevier.com/locate/shpsa Experiment and speculation in seventeenth-century Italy: The case of Geminiano Montanari Alberto Vanzo Department of Philosophy, Social Sciences Building, University of Warwick, Coventry CV4 7AL, United Kingdom article info abstract Article history: This paper reconstructs the natural philosophical method of Geminiano Montanari, one of the most Received 29 July 2015 prominent Italian natural philosophers of the late seventeenth century. Montanari’s views are used as a Received in revised form case study to assess recent claims concerning early modern experimental philosophy. Having presented 24 October 2015 the distinctive tenets of seventeenth-century experimental philosophers, I argue that Montanari adheres Available online 22 December 2015 to them explicitly, thoroughly, and consistently. The study of Montanari’s views supports three claims. First, experimental philosophy was not an exclusively British phenomenon. Second, in spite of some Keywords: portrayals of experimental philosophy as an ‘atheoretical’ or ‘purely descriptive’ enterprise, experimental Corpuscularism; Experiment; philosophers could consistently endorse a variety of natural philosophical explanations and postulate Experimental philosophy; theoretical entities. Third, experimental philosophy and mechanical philosophy were not, as such, Mechanical philosophy; antagonistic. -
Philosophical Transactions of the Royal Society, 17Th-19Th Centuries
Dottorato di Ricerca in Studi Linguistici, Letterari e Interculturali in Ambito Europeo ed Extraeuropeo. Ciclo XXXII Dipartimento di Lingue e Letterature Straniere TESI DI DOTTORATO DI RICERCA SCIENTIFIC CROSSCURRENTS BETWEEN ITALY AND ENGLAND Italian contributions to the Philosophical Transactions of the Royal Society, 17th-19th centuries SSD: L-LIN/12 Lingua e Traduzione - Lingua inglese Dott.ssa LUCIA BERTI Tutor Chiar.mo Prof. Giovanni Iamartino Coordinatore del dottorato Chiar.ma Prof.ssa Maria Vittoria Calvi A.A. 2018-2019 SCIENTIFIC CROSSCURRENTS BETWEEN ITALY AND ENGLAND Italian contributions to the Philosophical Transactions of the Royal Society, 17th-19th centuries Contents List of abbreviations .................................................................................................................................. 9 CHAPTER 1 Backgrounding the study ...................................................................................................... 11 1.1 Introduction ....................................................................................................................................... 11 1.2 The socio-historical contexts ............................................................................................................ 16 1.2.1. Notes on the history of the Royal Society and Philosophical Transactions, 17th-19th centuries ..........................16 1.2.2 The Italian states and their academies .......................................................................................................................24