725 Paolo Mazzarello in the Mid-18Th Century the University of Pavia

Total Page:16

File Type:pdf, Size:1020Kb

725 Paolo Mazzarello in the Mid-18Th Century the University of Pavia Book Reviews 725 Paolo Mazzarello, L’inferno sulla vetta, Milan: Bompiani, 2019, 258 pp., €14.00, ISBN: 978-88-452-9778-6. In the mid-18th century the University of Pavia began its rise to prominence thanks to several scientific figures who brought it into the limelight with their research and written works.This was a clear consequence of the Italian Enlight- enment, which saw its widest diffusion in Lombardy and its main focus in the city of Milan. Due to its proximity, Pavia was fully involved in this inter- change of ideas and its university established a new mode and standard of scientific inquiry whose effects would continue to be felt up to the end of the 19th century. It began with the biologist Lazzaro Spallanzani, whose rejection of spontaneous generation and his demonstration of the theory as a miscon- ception in the area of microbiology during the second half of the century brought renown to the university. Just a few years later Alessandro Volta’s work on electricity offered a seemingly perfect metaphor for the ‘enlightenment’ in which the chairs in the sciences at the university were then bathed. The Nobel Prize granted in 1906 to Camillo Golgi for his life’s work in the med- ical sciences consecrated the reputation of this centre for academic studies. Golgi owed his achievements in part to the guidance provided by his intellec- tual mentor, Cesare Lombroso, who commenced his work in the same univer- sity. The story recounted by Paolo Mazzarello can be linked to Golgi’s achieve- ments and to the intellectual ferment in academic circles of the period. But it is important to say at the outset that Mazzarello’s book also explores the per- ception in the 19th century of Nature, her power and her irresistible appeal. It is the “disturbing fascination” (p. 7) of a specific mountain – Mount Gridone – that offers the background and moves the strings of this tale. As told from this perspective, the reader is immersed in the spirit of Italian naturalism, and the mood in which the scientists of the time were conducting their investigations into Nature.The looming presence of the mountain as a protagonist in the story is clear from its title, L’inferno sulla vetta, which may be translated as “Inferno on the Peak”. It may be noted that the narrative also provides a vivid glimpse into the history of mountaineering (and Italian alpinism in particular), high- lighting the experiences of scientist-climbers such as the central characters in this book. The protagonists of the story are two brothers, Raffaello Zoja, aged 27, and his brother Alfonso, who was just 19.Their father was the eminent scientist Gio- vanni Zoja, professor of anatomy at the university in Pavia and a friend and close colleague of Cesare Lombroso. Giovanni Zoja earned an international reputation for his scientific work, but he also made significant contributions Nuncius © koninklijke brill nv, leiden, 2019 | doi:10.1163/18253911-03403014 726 Book Reviews to the study of anthropological criminology. Both brothers were clearly des- tined for brilliant careers: Raffaello (who was nicknamed Jello) was a shining talent in biology, and his studies on the nervous system of shellfish had already surpassed the corpus of studies of the time. Alfonso was working as an assis- tant to Camillo Golgi and dreaming of a career as an anatomist, following in the footsteps of his forebear Bartolomeo Panizza. Taking as his starting point the achievements of Raffaello Zoja, Paolo Mazzarello describes the intellectual spirit in which Raffaello and fellow scientists were working at the end of the 19th century. The story of his early triumphs and tragic end provide a picture of the scientific context of the time and a telling detail in the glorious history of the university of Pavia. L’inferno sulla vetta is divided into three parts, each consisting of four chapters. The first part, entitled “Il sentimento della natura”, revolves around Naturalism and the scientific beliefs of the time, when a completely new idea of humanity was emerging and the study of anatomy was influenced by, and in its turn exerted an influence on, the notions of what it meant to be human. The conception in the 19th century was definite: there were the closest of connections between humans and animals, which were separate and different of course but to be regarded as “relatives” in the broader con- text of nature. This period saw the triumph of Darwin’s theory of evolution, one of whose strongest advocates in Italy was Filippo de Filippi – another important figure in the present story. Simultaneously, thanks to Darwinism, the public’s notion of science as an activity that could make positive contri- butions in the political sphere and influence society for the better gained a foothold. Against this backdrop the University of Pavia became a seat of politi- cal activism. Among some leading lights, faith in science led to a renewed faith in humanity. This was in fact one of the cornerstones of Giovanni Zoja’s philo- sophical stance and played a considerable role in the education of his sons Jello and Alfonso. The second part of the book, “Darwin e il socialismo”, begins with a dis- cussion of the political issues with one of the central political issues of the day – the betterment of mankind and of society as a whole. It goes on to describe Jello Zoja’s early formation, his schooling and cultural experiences, his budding love for the natural sciences, his studies in Pavia and his grow- ing interest in biology, all leading to the start of a promising career. It should come as no surprise that this nascent scientist, whose gioventù irrequieta (rest- less youth) Mazzarello describes so well, eventually embraced socialism and anticlericalism. The inherently democratic and progressive nature of science emerges as a fundamental pillar of his political militancy as a socialist; the sci- entific world provided a model for what a renewed society might look like. Nuncius 34 (2019) 703–731.
Recommended publications
  • CAMILLO GOLGI, ARCHITETTO DEL CERVELLO Pavia, Palazzo Botta 2 – Via Ferrata 15 Settembre – 30 Dicembre 2006
    CAMILLO GOLGI, ARCHITETTO DEL CERVELLO Pavia, Palazzo Botta 2 – Via Ferrata 15 settembre – 30 dicembre 2006 La mostra sviluppa un percorso storico a partire dalla tradizione biologica pavese, che fra Settecento e Ottocento ebbe la sua massima espressione con Antonio Scarpa, Lazzaro Spallanzani e Bartolomeo Panizza, per giungere al grande momento, successivo all’unità d’Italia, che vide l’opera di Cesare Lombroso e Giulio Bizzozero, dai quali Golgi trasse ispirazione per le sue ricerche subito dopo la laurea ottenuta a Pavia nel 1865. Nelle intenzioni del giovane laureato quello doveva essere l’incipit di un’onesta professione medica, ma il fascino contagioso che emanava da una personalità eclettica ed entusiasta come quella di Lombroso non dovette tardare a segnare le sorti di Camillo Golgi. Non era più la cura dei malati l’ideale professionale a cui sentiva di dover dedicare una vita. Ben più affascinante era diventato ai suoi occhi lo studio dell’encefalo e dei fenomeni nervosi. Tuttavia al meticoloso Golgi la personalità di Lombroso svelò presto le sue bizzarrie e le sue deficienze metodologiche, così, insoddisfatto da quella mancanza di rigore, lo scienziato iniziò a frequentare l’Istituto di Patologia Generale diretto da Giulio Bizzozero. Sotto la sua guida il futuro premio Nobel ebbe chiaro l’itinerario scientifico da seguire: la via istologica alla neurobiologia. Le sezioni tematico - didattiche A questa necessaria digressione storica il percorso accompagna alcune sezioni tematico-didattiche che illustrano i temi fondamentali delle ricerche di Golgi. In primo luogo viene affrontato il legame tra l’opera di Golgi e gli sviluppi più recenti delle neuroscienze.
    [Show full text]
  • Valentina Cani2, Francesca Cattaneo2, Maria Carla Garbarino1
    A NEW LIFE FOR A MUSEUM . THE PAVIA UNIVERSITY HISTORY MUSEUM BEYOND ITS OWN COLLECTION Valentina Cani 2, Francesca Cattaneo 2, Maria Carla Garbarino 1, Lidia Falomo 1-3, Alberto Ferrari 1, Paolo Mazzarello 2-4 1University History Museum, University of Pavia, Pavia, Italy 2University Museums System, University of Pavia, Pavia, Italy 3Department of Physics, University of Pavia, Pavia, Italy 4Department of Brain and Behavioral Sciences, University of Pavia, Pavia, Italy Pavia hosts an ancient University, founded in 1361, which, starting from the late fifteenth century, was situated in the same area where today the central university building still exists. The Museum for the History of the University is located in this area, overlooking what was once the so-called medical courtyard. A few steps away, until the thirties of the twentieth century, there was the ancient San Matteo hospital, founded in the fifteenth century (1). The original nucleus of the two main sections of the Museum, medicine and physics, is linked to the educational and scientific reform of the University commissioned by Maria Theresa of Austria in the last quarter of the eighteenth century and carried out by her son and successor, the emperor Joseph II. Famous teachers were called to Pavia. Numerous scientific collections rose, such as the museum of natural history, directed by the prominent Lazzaro Spallanzani or the physics cabinet entrusted to Alessandro Volta, professor of experimental physics for almost 40 years since his appointment in 1778. The anatomical museum, directed by Antonio Scarpa since 1783, was located in the area that now houses the Museum.
    [Show full text]
  • © CIC Edizioni Internazionali
    13_Cani 4b_FN 1 2015 29/05/15 09:42 Pagina 73 Golgi and Ranvier: from the black reaction to a theory of referred pain Valentina Cani, PhDa neer investigator of cell theory. The highlights of this Paolo Mazzarello, MD, PhDb work include Deiters’ description and beautiful illus- trations of the nerve cell (ganglion cell). He main- tained that two types of process originated from the a C. Mondino National Neurological Institute, Pavia, cell body: the first was the protoplasmic process, so Italy called because it contained a granular or pigmented b Department of Brain and Behavioral Sciences and expansion of the protoplasm (the term “dendrite” University History Museum, University of Pavia, would not be used until 1889, when it was introduced Pavia, Italy by Wilhelm His); the second was the nerve process or axis cylinder process, which originated from an implantation cone (now called the axon hillock) that Correspondence to: Paolo Mazzarello did not ramify. The word Achsencylinder was coined E-mail: [email protected] by Joseph Rosenthal, a student of Purkinje’s, while the term axon was first used by Mihály (Michael) Lenhossék in 1895 following a suggestion by Albrecht Summary (Albert) von Kölliker, who officially introduced the term inInternazionali 1896. In his brief report on the structure of the gray matter of Deiters’ book became widely disseminated and the the central nervous system (1873), in which he nerve cell model it proposed soon became well known. described the “black reaction”, Golgi noted the ramifi- However, it was immediately evident that improve- cations of the axon. This discovery prompted the ments in central nervous system staining technology French histologist Louis Antoine Ranvier, one of the were needed in order to advance knowledge and first to try the black reaction outside Italy, to propose understanding of the morphology of nerve cells.
    [Show full text]
  • Annals of the History and Philosophy of Biology
    he name DGGTB (Deutsche Gesellschaft für Geschichte und Deutsche Gesellschaft für Theorie der Biologie; German Society for the History and Philosophy of Bio­logy)T ­ reflects­ recent­ history­ as­ well­ as­ German­ traditi- Geschichte und Theorie der Biologie on. The Society is a relatively late addition to a series of German societies­ of­ science­ and­ medicine­ that­ began­ with­ the­ „Deutsche­ Gesellschaft­ für­ Geschichte­ der­ Medizin­ und­ der­ Naturwissenschaften“,­ Annals of the History founded­in­1910­by­Leipzig­University‘s­Karl­Sudhoff­(1853-1938),­who­ wrote:­„We­want­to­establish­a­‚German‘­society­in­order­to­gather­Ger- and Philosophy of Biology man-speaking historians together in our special disciplines so that they­ form­ the­ core­ of­ an­ international­ society…“.­ Yet­ Sudhoff,­ at­ this­ Volume 14 (2009) time­ of­ burgeoning­ academic­ internationalism,­ was­ „quite­ willing“­ to­ accommodate­ the­ wishes­ of­ a­ number­ of­ founding­ members­ and­ formerly Jahrbuch für „drop­ the­ word­ German­ in­ the­ title­ of­ the­ Society­ and­ have­ it­ merge Geschichte und Theorie der Biologie with­ an­ international­ society“.­ The­ founding­ and­ naming­ of­ the­ Society­ at­ that­ time­ derived­ from­ a­ specific­ set­ of­ histori- cal­ circumstances,­ and­ the­ same­ was­ true­ some­ 80­ years­ later­ Rainer Brömer when­ in­ 1991,­ in­ the­ wake­ of­ German­ reunification,­ the­ „Deutsche­ Plastidules to Humans Gesellschaft­ für­ Geschichte­ und­ Theorie­ der­ Biologie“­ was­ founded.­ From the start, the Society has been committed to bringing stu- dies­ in­ the­ history­ and­ philosophy­ of­ biology­ to­ a­ wide­ audience,­ using for this purpose its Jahrbuch für Geschichte und Theorie der Biologie.
    [Show full text]
  • Diapositiva 1
    Davide Zaffe Great Anatomists 1400-1900 (Arranged by date of birth) 3rd version BMN Modena Italy Leonicenus translated ancient Greek and Arabic medical texts, and wrote the first scientific paper on syphillis. He was the leader of the Humanistic Medicine, which overcame the Medieval Medicine, and composed the first criticism of the Natural History of Pliny the Elder, pointing out his medical errors. Brasavola, Bembo and, according to some people, Paracelsus were his pupils. (Nicolò da Lonigo) LEONICENUS 1428 Lonigo VI (I) - 1524 Ferrara (I) As a successful artist, Leonardo dissected several human corpses to observe and paint the anatomical features. Leonardo’ anatomical drawings include studies on the skeleton and muscles, prefiguring the modern science of biomechanics, the vascular system, the internal and sex organs, also making the first scientific draws of a fetus in utero. Leonardo made more than 200 drawings and prepared to publish a theoretical work on anatomy, but the book Treatise on painting was published only in 1680. LEONARDO da Vinci 1452 Vinci FI (I) - 1519 Cloux (F) Sylvius was a very popular teacher of anatomy. His most distinguished student was Andreas Vesalius, but later Sylvius contrasted the innovative and revolutionary view of the Anatomy of Vesalius’ Fabrica. Sylvius gave a name to the muscles, previously referred only by numbers. Sylvius described satisfactory the sphenoid bone and the vertebrae, but wrongly the sternum. Sylvius introduced a number of anatomical terms that have persisted, such as crural, cystic, gastric, popliteal, iliac, and mesentery. Jacques (Dubois) SYLVIUS 1478 Loeuilly (F) - 1555 Paris (F) 1 Pupil of Leonicenus, Brasavola was a leading exponent of the Ferrara Medical School, tanks to own great anatomical knowledge.
    [Show full text]
  • 59297864E9b9f20e50ab0f96da6
    Indice ISBN 978-88-908819-3-0 PRESENTAZIONE Antonio Dal Lago, Elisabetta Falchetti p. 3 DEI CURATORI Dicembre 2019 • Numero 20 PATRIMONIO • Le collezioni naturalistiche dell’Istituto di Scienze Marine del CNR: dalla conservazione alla digitalizzazione p. 10 E CONOSCENZA Simona Armeli Minicante, Sandra Donnici, Francesca Maggiore, Amelia De Lazzari, Giorgio Socal • Il patrimonio storico-scientifico italiano: alcune riflessioni tra passato e presente p. 16 Elena Canadelli Atti del XXVIII Congressog ANMS • La dimensione giuridica dei Beni naturalistici: un patrimonio ancora misconosciuto p. 20 O Nicola Carrara, Rossella Marcucci, Paola Nicolosi R • Il Patrimonio a casa tua. Bilancio di una mostra naturalistica itinerante nell’Ovest Vicentino p. 23 I MUSEIMUSEI SCIENTIFICISCIENTIFICI NELL’ANNONELL’ANNO Viviana Frisone, Matteo Boscardin, Annachiara Bruttomesso, Claudio Beschin, Roberto Battiston, PROCEEDINGS Antonio Dal Lago, Michele Ferretto, Paolo Mietto, Federico Zorzi, Roberto Zorzin P • Lombroso Project: la pubblicazione web dei carteggi di Cesare Lombroso. Un’esperienza p. 28 EUROPEOEUROPEO DELDEL PATRIMONIOPATRIMONIO di digital humanities finalizzata alla fruizione di un patrimonio documentario-museale Cristina Cilli, Silvano Montaldo, Emanuele D’Antonio, Sara Micheletta, Giulia Caccia, Augusto Cherchi / Vicenza,Vicenza, 24-26 ottobre 20182018 • Sfoglia, osserva, scopri. Dagli archivi al territorio, passando per musei p. 32 Antonio Dal Lago, Ivana De Toni I a curacura di • Digitalizzazione 3D del patrimonio scientifico museale: l’esempio
    [Show full text]
  • Pavia Historical University: a Proposal for PIC Conference
    Pavia Historical University: A Proposal for PIC Conference Daniela Rebuzzi, with the precious help of Michele Livan Pavia University and INFN PIC 2010 Karlsruhe - 2nd Meeting of International Advisory Committee 20 March 2010 Pavia, a Brief History ๏ Pavia is sited on the Ticino river banks at 35 km from Milan. During the Roman Empire it was called Ticinum, for the name of its river, and in the 6th century it became the capital of the Longobards kingdom. After a long siege Charlemagne conquered the city, which remained capital during the following Carolingian and Saxon Empires. Several kings were crowned in San Michele church. ๏ In 825, Emperor Lotarius founded at Pavia a School of Rhetoric and Law that would play an important role during the high Middle Ages. The juridical tradition continued in the successive centuries, with the philosopher and theologian Lanfranco from Pavia, who became prior of the monastery of Le Bec in Normandy in 1045 and Archbishop of Canterbury in 1070, request of William the Conqueror. D. Rebuzzi, Pavia University and INFN University D. Rebuzzi, Pavia Areal View San Michele Piazza Leonardo da Vinci Pavia4PIC Proposal, 20 March 2010 2 Pavia Historical University ๏ The University of Pavia dates back to an act of foundation by Emperor Charles IV in 1361. During the centuries the University of Pavia flourished and was renowned for the great physicists, mathematicians, writers, and jurists who had studied and taught here such as Lorenzo Valla, Gerolamo Cardano, Cesare Beccaria and Alessandro Volta. ๏ Above all, the glory of the University of Pavia rested on the achievements of its biologists and physicians, among whom Giovan Battista Carcano, Lazzaro Spallanzani, Antonio Scarpa, Bartolomeo Panizza, Camillo Golgi (Nobel Prize for Medicine), Enrico Sertoli, Adelchi Negri, Carlo Martinotti, Vittorio Marchi.
    [Show full text]
  • Cal AVIS 2021 L17 27-10-2020 15:04 Pagina 1 20212021
    cal AVIS 2021 L17 27-10-2020 15:04 Pagina 1 20212021 lala MEDICINAMEDICINA PAVESEPAVESE IL CALENDARIO AVIS A cura di da un’idea di Agostino Calvi Giulio Assorbi e Pier Vittorio Chierico Pavia cal AVIS 2021 L17 27-10-2020 15:04 Pagina 2 PRESENTAZIONE elaborazione di un calendario, in special di due anni alla costituzione a Milano dell’AVIS, armi o di qualche arnese. Ma non fu così. Mead modo quello di AVIS Pavia, giunto ormai alla quale la nostra associazione aderì nel 1952. disse che il primo segno di civiltà in una cultura an- L’alla sua ventottesima edizione, ha tempi E fu il prof. Paolo Introzzi, successore di Ferrata, a tica era un femore rotto e poi guarito. Spiegò che comprensibilmente lunghi. Nei primi mesi del guidare i donatori pavesi per quasi un trentennio. nel regno animale, se ti rompi una gamba, muori. 2020 l’argomento per l’anno successivo era deciso Ma tanto ricca è la storia della medicina pavese Non puoi scappare dal pericolo, andare al fiume a e la stesura già iniziata. Poi, improvvisa come una che le pagine di questo calendario non sono suf- bere qualcosa o cercare cibo. Sei carne per bestie tempesta, sul nostro Paese e sul mondo è calata la ficienti a contenerne tutti i protagonisti. Non vi è predatrici che si aggirano intorno a te. Nessun ani- pandemia Covid19. Nulla è più stato come prima. stato purtroppo spazio per ricordare il prof. Ro- male sopravvive a una gamba rotta abbastanza a Le immagini della malattia, le notizie di morte, le berto Burgio, per ventiquattro anni direttore della lungo perché l’osso guarisca.
    [Show full text]
  • Bartolomeo Panizza (1785–1867)
    Zurich Open Repository and Archive University of Zurich Main Library Strickhofstrasse 39 CH-8057 Zurich www.zora.uzh.ch Year: 2014 Bartolomeo Panizza (1785–1867) Sandrone, Stefano ; Riva, Marco DOI: https://doi.org/10.1007/s00415-013-7028-6 Posted at the Zurich Open Repository and Archive, University of Zurich ZORA URL: https://doi.org/10.5167/uzh-171969 Journal Article Published Version Originally published at: Sandrone, Stefano; Riva, Marco (2014). Bartolomeo Panizza (1785–1867). Journal of Neurology, 261(6):1249- 1250. DOI: https://doi.org/10.1007/s00415-013-7028-6 J Neurol (2014) 261:1249–1250 DOI 10.1007/s00415-013-7028-6 PIONEERS IN NEUROLOGY Bartolomeo Panizza (1785–1867) Stefano Sandrone • Marco Riva Received: 16 May 2013 / Revised: 24 June 2013 / Accepted: 25 June 2013 / Published online: 9 July 2013 Ó Springer-Verlag Berlin Heidelberg 2013 evolutionary and ontological terms. The Italian anatomist Bartolomeo Panizza was among the first to investigate the pathways and cortical localizations of this system. He was born on August 17 (but others, such as [10], report August 15 as his birth date), 1785, in Vicenza [9]. Son of Adriana Scola (or Scala or Sola) and Bernardino Panizza, a distinguished physician [2], he was soon started by his father on the study of literature and philosophy. However, he soon moved to practice his theoretical studies because his rebellious soul rather led him to prefer the latter [1]. In 1802, Panizza applied to the University of Padua and in 1806 he graduated in surgery, mentored by Leopoldo Caldani and Michele Vincenzo Malacarne. He then went to Bologna to practice surgery with Giuseppe Atti and the scholar Giovan Battista Quadri, and later to Florence to further refine his medical knowledge with the anatomist Paolo Mascagni and the surgeon Angelo Nannoni [1].
    [Show full text]
  • Stradario Della Città Di Pavia Pagina 1
    Stradario della Città di Pavia CODICE VIA NOME VIA 1119 CORSO ALESSANDRO MANZONI 423 CORSO CARLO ALBERTO 489 CORSO CAVOUR 351 CORSO FAMIGLIA CAIROLI 864 CORSO GIUSEPPE GARIBALDI 1152 CORSO GIUSEPPE MAZZINI 1827 CORSO STRADA NUOVA 846 GALLERIA ALESSANDRO MANZONI 1323 LARGO BARTOLOMEO PANIZZA 2132 LARGO CONFRATERNITA DI SAN SEBASTIANO 991 LARGO GIORGIO LA PIRA 1285 PIAZZA 9 NOVEMBRE 1989 270 PIAZZA ADORNO BOTTA 171 PIAZZA BERENGARIO 243 PIAZZA BORGO CALVENZANO 468 PIAZZA BRUNO CASTIGLIONI 342 PIAZZA CADUTI DEL LAVORO 465 PIAZZA CASTELLO 480 PIAZZA CAVAGNERIA 249 PIAZZA COLLEGIO BORROMEO 882 PIAZZA COLLEGIO GHISLIERI 597 PIAZZA DANTE ALIGHIERI 642 PIAZZA DEL CARMINE 651 PIAZZA DEL LINO 1248 PIAZZA DEL MUNICIPIO 666 PIAZZA DEL TRIBUNALE 672 PIAZZA DELLA POSTA 678 PIAZZA DELLA VITTORIA 689 PIAZZA DON CARLO DIEGOLI 714 PIAZZA DUOMO 720 PIAZZA EMANUELE FILIBERTO DI SAVOIA 1374 PIAZZA FRANCESCO PETRARCA 972 PIAZZA ITALIA 1002 PIAZZA LEONARDO DA VINCI 951 PIAZZA LUIGI GUICCIARDI 21 PIAZZA PIETRO ADDOBBATI 1602 PIAZZA SAN BERNARDO 1778 PIAZZA SAN LUIGI SCROSOPPI 1662 PIAZZA SAN MICHELE 1677 PIAZZA SAN PIETRO IN CIEL D'ORO 1686 PIAZZA SAN PRIMO 1692 PIAZZA SAN TEODORO 514 PIAZZA STEFANO CICERI 2067 PIAZZA VENTIQUATTRO MAGGIO 2050 PIAZZA VOLONTARI DEL SOCCORSO 2062 PIAZZALE CARDINAL CARLO ALLORIO 348 PIAZZALE COLLEGIO CAIROLI 588 PIAZZALE CROSIONE 670 PIAZZALE DELL'AERONAUTICA 1322 PIAZZALE ENEA MATTEI E SANDRA BRUNI 732 PIAZZALE EUROPA 157 PIAZZALE FERRUCCIO BELLI Pagina 1 Stradario della Città di Pavia 879 PIAZZALE FERRUCCIO GHINAGLIA 2124 PIAZZALE
    [Show full text]
  • La Tradizione Morfologica Pavese
    LA SCUOLA SCIENTIFICA DI CAMILLO GOLGI Paolo Mazzarello Dipartimento di Medicina Sperimentale, Sezione di Patologia Generale, Università degli Studi di Pavia e Museo per la Storia dell’Università di Pavia Corrispondenza: Paolo Mazzarello Dipartimento di Medicina Sperimentale, Sezione di Patologia Generale, Università degli Studi di Pavia Piazza Botta 127100 Pavia Museo per la Storia dell’Università Strada Nuova 65 e-mail: [email protected] [email protected] 1 La scienza è storicamente caratterizzata dalla discontinuità spazio-temporale. Discontinuità spaziale perché le conoscenze germinano e si producono soprattutto in luoghi specifici, microambienti che favoriscono le collisioni creative; discontinuità temporale legata a momenti di straordinario sviluppo delle idee e delle scoperte scientifiche che si alternano a momenti di stasi e stagnazione. Nell’intersezione fra questa doppia natura discontinua, spaziale e temporale, dell’attività di ricerca sta la cifra che circoscrive il concetto di scuola scientifica. L’idea che vi siano dei centri in cui la conoscenza è prodotta secondo modi specifici, legandosi all’attività di alcuni scienziati principali e si sviluppi in determinati periodi con stili e generi particolari, è facilmente intuibile1. Molti sono gli esempi cui gli storici fanno riferimento, dal concetto di “scuola galileiana”2 a quello di “scuola fisiologica di Cambridge”3 raccolta attorno a Michael Foster, fino a quello di “scuola romana di fisica di Enrico Fermi”4. Si tratta di unità spazio-temporali costituite da un insieme relativamente piccolo di scienziati che lavorano nello stesso istituto (o in istituti derivati) e che perseguono attività scientifiche coerenti, ed in certa misura distintive del gruppo, insieme a specializzandi, a ospiti con ben definiti progetti di studio e a studenti che muovono i primi passi nella ricerca.
    [Show full text]