Rivalry and Revenge Costantinopoli 1786: La Congiura E La Beffa (Constantinople 1786: the Conspiracy and the Hoax) by Paolo Mazzarello Bollati Boringhieri: 2004

Total Page:16

File Type:pdf, Size:1020Kb

Rivalry and Revenge Costantinopoli 1786: La Congiura E La Beffa (Constantinople 1786: the Conspiracy and the Hoax) by Paolo Mazzarello Bollati Boringhieri: 2004 books and arts in writing. With its clear and accessible style, the book could be shared with young readers, who might be less susceptible than earlier generations to narratives of romantic INDEX, FIRENZE self-sacrifice, and more intrigued by the psychological portrait of a complicated and accomplished woman scientist. ■ Susan Lindee is in the Department of History and Sociology of Science, University of Pennsylvania, Philadelphia, Pennsylvania 19104-6304, USA. Rivalry and revenge Costantinopoli 1786: la congiura e la beffa (Constantinople 1786: The Conspiracy and the Hoax) by Paolo Mazzarello Bollati Boringhieri: 2004. 327 pp. €24. In Italian. http://www.bollatiboringhieri.it/ Nicola Nosengo The second half of the eighteenth century was a time of spectacular advances in the life sciences. Fundamental problems such as the generation of life were addressed for the first time using modern experimental tools. But these issues were the source of great controversy, and also great rivalries among Lazzaro Spallanzani poured scorn on rivals whose experiments failed to meet his own high standards. biologists — or philosophers, as they still preferred to call themselves. was a genuine scientific mission.Spallanzani known. Using a pen name, he wrote a At a time when many scientists were still left Pavia equipped with scientific instru- pamphlet, full of scorn and cruel irony, convinced that life can be generated sponta- ments, such as barometers, thermometers, condemning Scopoli’s ability as a scientist. neously from decomposition, the Italian lenses and a microscope. He spent most of Scopoli,he wrote,wanted to study nature Lazzaro Spallanzani was the first to demon- his time taking measurements and collecting inside “dead museums”, only hoping to be stratethe necessity of sperm for reproduction. samples, studying everything from living lucky enough to discover and classify new He was the first to perform artificial insemi- species to climate and geology. animals and put them on the shelves. But nation — a challenging experiment at the In Spallanzani’s absence, his rivals con- nature, in Spallanzani’s view, had to be stud- time,especially as he was a Catholic priest. spired against him. Under the instructions of ied in action, observing animals’ behaviour, Spallanzani was a strong opponent of Scopoli,Serafino Volta,Spallanzani’s assistant comparing them in terms of the structures Carolus Linnaeus, who in 1735 had pub- in the museum, visited his family home in and functions of their organs. Had Scopoli lished the first complete classification of liv- Emilia, asking to see his private museum. He paid more attention to the internal structure ing species, mostly based on external traits. then accused Spallanzani of stealing objects of the worm, had he stopped to wonder how Spallanzani, however, was convinced that from the Pavia museum and putting them it could actually live,he would probably have naturalists should study every aspect of liv- in his own collection. The news spread realized his mistake and avoided his humilia- ing forms, including their behaviour and throughout Europe and reached Spallan- tion,argued Spallanzani in his pamphlet. environment, rather than simply force them zani,by now in Vienna on his way home. Mazzarello tells the whole story with into groups according to what they look like. On his arrival in Pavia, Spallanzani was detailed descriptions of landscapes and the Such a man could easily make enemies.In able to prove his innocence and restore his people Spallanzani met during his journey, Pavia, where he taught natural history at the reputation. His rivals were severely repri- based on his diaries.He describes Spallanzani’s university and was responsible for the mus- manded by the authorities in Milan. “lust for knowledge”,his being as “fascinated eum, Spallanzani was surrounded by envy, But this was not enough for Spallanzani, and seduced by Nature as his contemporary particularly from Giovanni Antonio Scopoli, who took a supplementary revenge when Giacomo Casanova was by women”. a chemist and botanist,and devoted follower Scopoli, in 1785, announced his discovery of But what is really compelling is that of Linnaeus. The rivalry between Spallan- a new species of worm: a human parasite through this plot we can observe the devel- zani and Scopoli resulted in a conspiracy unlike any other previously known.The par- opment of experimental methods in biology. worthy of a Shakespearean tragedy. The tale asite ostensibly came from a woman from It is mostly over methods that Spallanzani is told in this book by Paolo Mazzarello, a northern Italy, and its scientific description and his rivals clashed. The worst that Spal- professor of the history of medicine at the brought Scopoli fame. He even dedicated it lanzani could throw at his rival when he took very same university in Pavia. to the botanist Joseph Banks, then president his revenge was to call him a poor experi- In 1785, Spallanzani set sail for Constan- of the Royal Society in London. But in 1787 menter. Personal authority was no longer tinople, taking advantage of Venice’s new the worm turned out to be a hoax,constructed enough in science unless it was supported by diplomatic links with the Ottoman capital. by a farmer for a joke from the oesophagus reliable and replicable methods. ■ He had taken a year off from teaching in and windpipe of a chicken. Spallanzani Nicola Nosengo is on the editorial staff of the Pavia, but this was no pleasure cruise — it ensured that Scopoli’s humiliation was widely Italian science magazine Galileo,based in Rome. 142 NATURE | VOL 434 | 10 MARCH 2005 | www.nature.com/nature © 2005 Nature Publishing Group.
Recommended publications
  • Great-Granny's Garden: a Living Archive and a Sensory Garden
    Biodivers Conserv (2011) 20:441–449 DOI 10.1007/s10531-010-9931-9 ORIGINAL PAPER Great-granny’s Garden: a living archive and a sensory garden Liv Borgen • Ane S. Guldahl Received: 7 September 2009 / Accepted: 18 October 2010 / Published online: 9 November 2010 Ó The Author(s) 2010. This article is published with open access at Springerlink.com Abstract Since 2003, the Botanical Garden in Oslo has been involved in a project coordinated by the Norwegian Genetic Resource Centre. The wide range of work super- vised by this centre includes conservation of ornamental plants. Our garden has been responsible for the registration and collecting of ornamentals in Southeast-Norway and has a special responsibility for the conservation of Paeonia species and cultivars. As a result of the project, Great-granny’s Garden was opened to the public in 2008. It has two objectives. Firstly, it shall be a living archive of Norway’s horticultural heritage. Although proven hardy, easy to grow, and long-lived, old varieties of traditional ornamentals are rapidly disappearing. We aim to keep these old-fashioned varieties for sustainable use in future horticulture and encourage people to use them in present day gardening, both in new gardens and in the restoration of old ones. Secondly, the garden is designed as a sensory garden for people with dementia, in cooperation with Oslo’s Resource Centre for Dementia and Psychiatric Care of the Elderly. It is enclosed by a picked fence and by shrubs, offers rest on several benches, and has a paved and easy to follow round-walk among traditional garden elements and plants with a lush variety of colours, forms, and scents.
    [Show full text]
  • Carolus Linnaeus and the Edible Dormouse 111 Nunc Extractam, Pro Qua Valde Sum in Aere Tuo; Perplacuit Etiam Pulcherrimu Avis Europaea Picus Muralis Dicta"
    flystrix, (ns.) 6 (1-2) (1994): 109 - 115 (1995) Proc. I1 Conf. on Dormice CAROLUS LNAEUS AND THE EDIBLE DORMOUSE CARLO VIOLANI (*) & BRUNO ZAVA (**) (*) Dipartimento di Biologia Animale, Universita, Piazza Botta 9, 27100 Pmia, Italy. (**I Wilderness s.n.c. - Studi Ambientali, Via Cruillas, 27, 90146 Palermo, Italy. ABSTRACT - Carolus Linnaeus was totally unacquainted with the Edible Dormouse Myoxus glis (L.), a species not found in Sweden : while describing Mus Rattus in the 10th Edition of the "Systema Naturae" (1758), the Swedish naturalist confessed his ignorance concerning the "Glis" of the ancients and suggested that it might have been the marmot or the hamster. Thanks to written information received from his correspondent in Slovenia, Giovanni Antonio Scopoli, Linnaeus was able to include the new species Sciurus Glis in his 12th Edition of the "Systema Naturae" (1 766), reporting almost verbatim a summary of Scopoli's description of the rodent. Scopoli's letter is still preserved in the Library of the Linnean Society of London. The Linnean type locality "Habitat in Europa australi" for the Edible Dormouse Myoxus glis glis must therefore be restricted to "Southern Carniola, Slovenia", contra "Germany" as stated, for instance, by Miller (1912), Toschi (1965), Corbet (1978) and Storch (1978). A new name is required for the continental European form, for which M. glis germanicus ssp. nov. is here proposed. Some information on the appreciation of Myoxus glis as a delicacy ("carnes avide eduntur "in Linnaeus 'words) conclude the paper. Key words: Myoxus glis glis , Myoxus glis germanicus ssp. nov., Linnaeus, Type locality, Taxonomy. RIASSUNTO - Carlo Linneo ed il Ghiro - Dopo aver descritto Mus Ruttus nella decima edizione del "Systema Naturae" (1758) il naturalista svedese Carlo Linneo confessava di non essere a conoscenza del "Glis" degli antichi autori e ne suggeriva I'identificazione con la Marmotta o con il Criceto comune; e infatti noto che Myoxus giis non e diffuso in Svezia.
    [Show full text]
  • Poisons, Drugs and Medicine: on the Use of Atropine and Scopolamine in Medicine and Ophthalmology: an Historical Review of Their Applications
    Journal of Eye Study and Treatment ISSN: 2652-5046 10.33513/JEST/1901-13 OCIMUM Scholtz S et al. J Eye Stud Treat 2019(01): 51-58. Historical Review Poisons, Drugs and Medicine: On the Use of Atropine and Scopolamine in Medicine and Ophthalmology: An Historical Review of their Applications Sibylle Scholtz1*, Lee MacMorris1, Frank Abstract Krogmann1,2 and Gerd U Auffarth1 Purpose: For thousands of years all kinds of ingredients of plants were 1International Vision Correction Research Centre used to treat diseases. Among other highly active ingredients, plants like (IVCRC), Department of Ophthalmology, University belladonna, datura, henbane and mandrake contain alkaloids and even highly of Heidelberg, Heidelberg, Germany toxic alkaloids like atropine and scopolamine. Our article will show major 2General Manager and Member of Board of historical facts about the mentioned two drugs and the origin of their names. Directors, Julius-Hirschberg-Society, Vienna, The history of the discovery of atropine and scopolamine, Austria Methods: two highly poisonous alkaloids, was analysed and interpreted based on a selective literature research of books and journal articles via PubMed, Received: 13 June 2019 Google Scholar and Google. Accepted: 26 July 2019 Version of Record Online: 31 July 2019 Results: Both alkaloids, used in antiquity, are essential drugs in modern medicine. Atropine is an extremely potent poison and, as a medicine, was widely used in ancient times. Today it is still an essential drug in today’s Citation medicine and in ophthalmology. The name has its source in the legends of Scholtz S, MacMorris L, Krogmann F, Auffarth Greek mythology and refers to the Greek goddess, Atropos.
    [Show full text]
  • Here Will Be Transportation by Bus for All Participants and Visitors
    Book of abstracts OF THE ISHPSSB & ABFHIB 2017 MEETING INTERNATIONAL SOCIETY FOR THE HISTORY, PHILOSOPHY AND SOCIAL STUDIES OF BIOLOGY (ISHPSSB) & ASSOCIAÇÃO BRASILEIRA DE FILOSOFIA E HISTÓRIA DA BIOLOGIA (ABFHiB) São Paulo, Brazil 16 to 21 July, 2017 1 Executive Committee of the ISHPSSB Michel Morange (President) (Chair) Laura Perini (Treasurer) Marsha Richmond (President Elect) Sean Valles (Secretary) Executive Committee of the ABFHiB Aldo Mellender de Araújo (President) Charbel Niño El-Hani (Vice-President) Ana Paula Oliveira Pereira de Morais Brito (Secretary) Maria Elice Brzezinski Prestes (Treasurer) Local Committee for the 2017 Meeting Maria Elice Brzezinski Prestes – Chair of the Conference Charbel El-Hani Roberto de Andrade Martins Paulo Takeo Sano Carlos Arturo Navas Iannini Paulo Henrique Nico Monteiro Local Operations Committee Ana Cristina Fazza Priscila dos Reis Cunha Program Committee Jessica Bolker – Co-chair Charbel El-Hani – Co-chair Carl Craver Matteo Mossio Thomas Reydon Ana Soto Edna Suárez-Díaz Joeri Witteveen 2 Conference Schedule Most activities will be held at the Biosciences Institute of the University of São Paulo, in several rooms (see map on the next page). The plenary sessions, however, will occur at the auditorium of the International Diffusion Center (CDI, in Portuguese), inside the campus of the University of São Paulo (transfer buses will be available). 3 4 Conference Program Sunday, July 16 (On Sunday, all activities will occur at the Butantan Institute) 13:00-17:00 Registration, at Butantan Institute
    [Show full text]
  • 339 Anton Leopold Ruprecht
    Acta Metallurgica Slovaca, Vol. 21, 2015, No. 4, p. 339-351 339 ANTON LEOPOLD RUPRECHT - A CHEMIST, MINERALOGIST, METALLURGIST AND A DISTINGUISHED PERSONALITY OF THE CHEMICAL REVOLUTION IN THE 18TH CENTURY Jozef Čársky1)*, Ivan Herčko2) 1)Department of Medical Chemistry, Biochemistry and Clinical Biochemistry, Medical School, Comenius University Bratislava, member of Committee for History of Chemistry, Slovak Chemical Society, Slovakia 2) Institute of Science and Research, Matej Bel University Banská Bystrica, Slovakia Received: 27.11.2015 Accepted: 07.12.2015 *Corresponding author: e-mail: [email protected], Department of Medical Chemistry, Biochemistry and Clinical Biochemistry, Medical School, Comenius University Bratislava, and member of Committee for History of Chemistry, Slovak Chemical Society, Sasinkova 2, 811 08 Bratislava, Slovakia Introduction Based on Empress Maria Theresa’s order (of December 13, 1762) the first higher school institution specialised in technical education in Europe with the Department of Chemistry, Mineralogy and Metallurgy was founded in Schemnitz (present-day Banská Štiavnica) in 1763. The efforts to educate highly qualified technicians in mining, metallurgy and related fields in Austria-Hungary was crowned by foundation of this school, which in 1770 (after establishment of the Department of Mathematics, Mechanics and Hydraulics, and the Department of Mining Art and Mining Law) changed its name to a loud-sounding the Mining and Forestry Academy. Within a relatively short time, the school achieved
    [Show full text]
  • JAHRBUCH DER GEOLOGISCHEN BUNDESANSTALT Jb
    ©Geol. Bundesanstalt, Wien; download unter www.geologie.ac.at JAHRBUCH DER GEOLOGISCHEN BUNDESANSTALT Jb. Geol. B.-A. ISSN 0016–7800 Band 144 Heft 1 S. 133–135 Wien, Mai 2004 An Overview on some Geological Relationships between Austrian and Italian Scientists in the 18th Century EZIO VACCARI*) Abbildungen, 1 Tabelle und 1 Tafel Österreichische Karte 1 : 50.000 Geschichte der Erdwissenschaften Blatt 97 Österreich Italien Inhalt 1. Zusammenfassung . 133 1. Abstract . 133 1. Introduction . 133 2. Relationships with the Kingdom of Naples . 134 3. Relationships with the Republic of Venice . 135 Zusammenfassung Während der österreichischen Herrschaft über das Königreich Neapel (1707–1734) wurden von der Regierung in Wien Versuche unternommen, die Bergbauaktivitäten in Kalabrien und Sizilien auszuweiten. Auch die Bourbonen-Regierung des Königreiches Neapel hielt gegen Ende des 18. Jahrhun- derts an der österreichischen Bergbautradition fest. Sechs junge Studenten aus Neapel wurden nach Wien geschickt, um sowohl die deutsche Spra- che als auch die Bergbau-Fachausdrücke zu erlernen, die in den verschiedenen Gegenden der Österreichischen Monarchie verwendet wurden; sie setz- ten in den frühen 90er-Jahren ihre Studien an der Bergakademie Schemnitz fort. Nach ihrer Rückkehr nahmen sie bedeutende Positionen in der Ent- wicklung mineralogischer Kenntnis im Königreich Neapel ein. In der Republik Venedig entwickelten sich besonders in der 2. Hälfte des 18. Jahrhun- derts zwischen venezianischen und österreichischen Gelehrten individuelle wissenschaftliche Beziehungen auf der Basis allgemeinen geologischen Interesses. Abstract During the Austrian domination in the Kingdom of Naples (1707–1734) certain attempts were made by the government of Vienna for increasing the mining exploitations in Calabria and Sicily. At the end of the 18th century the reference to the Austrian mining tradition was still highly considered in the Kingdom of Naples by the Bourbon government.
    [Show full text]
  • Traveling Olms
    Mattes, Traveling Olms Traveling Olms: Local and Global Perspectives on the Research on Proteus anguinus (1700-1930) Johannes MATTES Austrian Academy of Sciences, Vienna doi.org/10.26337/2532-7623/MATTES Riassunto: Menzionato per la prima volta dallo studioso sloveno Johann Valvasor nel 1689, Proteus anguinus, chiamato anche « blind cave salamander » o «human fish» dai locali per il colore della pelle rosata, rappresenta l'unico anfibio di abitazione in caverna in Europa. La sua presenza, attestata in circa 200 località in Slovenia e nelle aree carsiche dell’Italia e della Croazia, attirò l'attenzione di locali, visitatori e studiosi. Dopo la sua prima descrizione scientifica e illustrazione del 1768, alcuni esemplari di Proteo iniziarono a « viaggiare » attraverso l'Europa in piccoli acquari, come oggetti scientifici, doni o in forma di illustrazioni colorate, che destarono interesse. Basato su un approccio storico-culturale, l’articolo esamina queste reti a lunga distanza, i cicli di scambio e i regimi di accumulazione come un processo di circolazione della conoscenza locale e globale. Abstract: Firstly mentioned by the Slovenian scholar Johann Valvasor in 1689, Proteus anguinus, also called «blind cave salamander» or «human fish» by locals because of its rose skin color, represents Europe’s only cave-dwelling amphibian. In contrast to its restriction to approximately 200 localities in Slovenia and the surrounding karst areas in Italy and Croatia, Proteus soon became a world-famous model for troglobites and attracted the attention of locals, visitors, and scholars. After its first scientific description and illustration in 1768, specimens of Proteus began to «travel» through Europe physically in small fish tanks, as scientific objects, gifts or in form of colorful illustrations, which aroused interest in this strange-looking animal.
    [Show full text]
  • Brief History of Medicine in Slovenia, Vesalius, III, 2, 75 - 84,1997
    Brief history of medicine in Slovenia, Vesalius, III, 2, 75 - 84,1997 Brief history of medicine in Slovenia Z. Zupanic Slavec, M. Kocijancic Summary Slovenes have lived in the territory of today's Slovenia for more than 14 centuries, whilst the history of its medical culture goes back for 2000 years. The advent of Christianity in Slovenia in the eighth century AD marked an important turning point in the development of its medicine. The 500 years of the Habsburg monarchy was later to have a further impact on the development of new medical ideas. During the Renaissance, the names of the Slovene doctors Mattioli, Paracelsus, Scopoli and Hacquet, who worked among Slovenians, were to become known all over Europe. Others of Slovene origin were Perlach, Santorio, Gerbezius, Carbonarius, Plenciz, and Sagar, whose work influenced European medical culture, especially in German speaking countries. However their Slovene nationality was not acknowledged until the second half of the 19th century. Résumé Les Slovènes vivent sur le territoire actuel depuis plus de 14 siècles, mais l'histoire de leur culture sanitaire remonte à deux millénaires. La christianisation du pays Slovène et son appartenance, durant cinq cents ans, à la monarchie hasbourgeoise représentent une étape dans le développe­ ment de la médecine locale. C'est pourquoi ce pays s'est ouvert à la diffusion des idées et a permis à des médecins connus en Europe (Mattioli, Paracelsus, Scopoli, Hacquet) d'y oeuvrer. En même temps, des médecins Slovènes ont contribué au développement de la culture sanitaire européenne, avant tout dans les pays de langue allemande (Perlach, Santorio, Gerbezius, Carbonarius, Plenciz, Sagar...), alors que l'identité Slovène n'est reconnue que depuis la seconde moitié du 19e siècle.
    [Show full text]
  • Max Planck Institute for the History of Science RESEARCH REPORT 2002—2003
    RESEARCH REPORT 2002—2003 MAX-PLANCK-INSTITUT FÜR WISSENSCHAFTSGESCHICHTE Max Planck Institute for the History of Science RESEARCH REPORT 2002—2003 MAX-PLANCK-INSTITUT FÜR Cyanea capillata, glass model by Leopold and Rudolph Blaschka, 1884. WISSENSCHAFTSGESCHICHTE Courtesy of the Museum für Naturkunde der Humboldt-Universität, Berlin Max Planck Institute for the History of Science Towards an Historical Epistemology Ten Years Max Planck Institute for the History of Science, 1994 – 2004 Jürgen Renn At the beginning of the twenty-first century, we rely on the growth of scientific knowledge to meet the global challenges to humanity. Our understanding of the world around us, our lives, our economy, our technological achievements, and our vision of the future depend on it. But what is science? Can we blindly trust scientific knowledge when addressing delicate decisions on vital issues such as the use of nuclear energy or stem cells? Are there such things as scientific facts or objectivity that are not subject to the weaknesses of human judgment and the vicissitudes of historical change? Can scientific revolutions really affect fundamental categories of our thinking? How fragile is scientific truth and how predictable and dependable is scientific innovation? Will there ever be a final theory of the universe or are the very notions of what a universe and what a theory, let alone final theory mean, shaped by our historical context just as much as our judgment about what a good politician or a beautiful painting is? How deeply is science ingrained in culture, and how is scientific progress possible in spite of its contingent nature? These are some of the questions that any attempt to deal with the endeavor of science in a respon- sible way must raise and that motivate the interdisciplinary research projects at the Max Planck Institute for the History of Science.
    [Show full text]
  • Archivalische Spuren Von Giovanni Antonio Scopoli (1723
    ZOBODAT - www.zobodat.at Zoologisch-Botanische Datenbank/Zoological-Botanical Database Digitale Literatur/Digital Literature Zeitschrift/Journal: Geo.Alp Jahr/Year: 2014 Band/Volume: 011 Autor(en)/Author(s): Kasiarova Elena Artikel/Article: Archivalische Spuren von Giovanni Antonio Scopoli (1723 - 1788) im Zentralen Staatlichen Bergarchiv in Banská Stiavnica - Eine dokumentarische Übersicht zum Gedenken an Dr. Donata Brianta; Archival traces of Giovanni Antonio Scopoli (1723 - 1788) in the Central State Mining Archives in Banská Stiavnica - A documentary overview commemorating Dr. Donata Brianta; Archívne stopy po Giovanni Antoniom v Státnom (1723 - 1788) ústrednom banskom archíve v Banskej Stiavnici - Materiálová stúdia na pamiatku dr. Donata Brianta 181-190 Geo.Alp, Vol. 11 2014 181 - 190 Archivalische Spuren von Giovanni Antonio Scopoli (1723 - 1788) im Zentralen Staatlichen Berg archiv in Banská Štiavnica – Eine dokumen- tarische Übersicht zum Gedenken an Dr. Donata Brianta Archival traces of Giovanni Antonio Scopoli (1723 - 1788) in the Central State Mining Archives in Banská Štiavnica – A documentary overview commemorating Dr. Donata Brianta Archívne stopy po Giovanni Antoniom v Štátnom (1723 - 1788) ústrednom banskom archíve v Banskej Štiavnici – Materiálová štúdia na pamiatku dr. Donata Brianta Elena Kašiarová Staatliches Bergbauarchiv, Banská Štiavnica Zusammenfassung Giovanni Antonio Scopoli (* 13. Juni 1723 in Cavalese; † 8. Mai 1788 in Pavia) war Italiener. Er hatte weit- gestreute Interessen, wobei ihn vor allem die Natur, die belebte wie auch die unbelebte, faszinierte. Ihre Erforschung betrieb er durch Studium, Selbstbildung und praktische Tätigkeit. Er wurde anerkannter Botaniker, Entomologe, Mineraloge, Chemiker, Arzt und Lehrer. Zudem wirkte er in mehreren Regionen des Habsburgerreiches, die heute Teil eigenständiger Staaten sind (Italien, Öster- reich, Slowenien, Slowakei).
    [Show full text]
  • Elenco Biografico Dei Soci Dell'accademia Delle
    ELENCO BIOGRAFICO DEI SOCI DELL’ACCADEMIA DELLE SCIENZE 1757-2020 aggiornamento del 28-02-2021 Nel 1973 l’Accademia pubblicò nell’«Annuario» un Dizionario biografico dei Soci dell’Accademia, un elenco di tutti i Soci eletti dal 1757, con le notizie che su di essi l’Archivio dell’Accademia possedeva (in particolare i dati di elezione desunti dai verbali manoscritti). Nel Dizionario alcuni Soci erano indicati con il solo cognome (e in taluni casi esso era riportato in maniera errata sia per motivi di difficile lettura degli originali manoscritti sia per effettivi errori di trascrizione dei nomi stranieri). Il Dizionario è poi stato la base che ha permesso nel corso degli anni di costruire la pagina dei Soci storici sul sito web istituzionale, un repertorio di quasi 3.000 nomi. Nel 2020 con l’avvio del progetto Wikipediano in residenza , condotto grazie a una collaborazione con Wikimedia Italia, l’elenco dei Soci dell’Accademia delle Scienze è stato completamente rivisto, aggiornato e integrato. Questo elenco è uno dei frutti di questo lavoro di revisione e intende porsi come uno strumento parallelo alla consultazione del sito web. In alcuni casi potrebbero esserci incongruenze, imprecisioni e aggiornamenti che intendiamo fare via via grazie anche alle segnalazioni che ci verranno inviate (per e-mail alla biblioteca: [email protected]). In ogni caso l’elemento più aggiornato sarà sempre il sito stesso, ma ancor di più wikidata che essendo strumento di conoscenza collettiva e compartecipata vede migliorare i propri dati di giorno in giorno grazie a quello spirito di crescita del sapere che le è proprio.
    [Show full text]
  • University of Pavia Pavia University Museum System
    University of Pavia Pavia University Museum System The University Museum System of Pavia was established in 2005 to bring the University Museums together in a unifying structure that would oversee the preservation of the histori- cal scientific heritage, its conservation, its development and its promotion in the area. Recognized by the Lombardy Region, the Sy- stem consists of several museums, among University History Museum them the most relevant for the social and medical sciences are the University History Museum, the Natural History Museum and the Golgi Museum. There are also important collections linked to the scientific research and teaching at the University of Pavia: for example the Electrical Technologies, Mineralogy, Physics, mathe- matics and Archeology. The University hosts a beautiful Botanical garden founded by G.A. Golgi’s Labouratory Scopoli. AMEE 2014 Excellence in Education The 21st Century Teacher Natural History Museum Milan, Italy 30 august - 3 september 2014 Pavia University Museum System Strada Nuova, 65 27100 Pavia Italy Pavia University Museum System tel. +39 0382 984709 | 4707 http://musei.unipv.it University History Museum Natural History Museum Golgi Museum The foundation of the Histori- The Museum of Natural History has a histori- The Palazzo Botta hides an unexpected rich- cal Museum dates back to cal uniqueness and preserves scientific collec- ness, still little known and appreciated. It is the the 1930s. It was a hetero- tions of highest value. It is one of the first former Institute Golgi, now Camillo Golgi Mu- seum, which preserves almost intact the traces Diploma geneous structure composed museums of natural history arose in Europe, of two main collections: Me- and can be counted for important unique of a recent past in which a Nobel winner for dicine and Physics.
    [Show full text]