Nicola Fergola

Prelezioni sui principi matematici della filosofia naturale del cavalier Isacco Newton, 1792

Fergola studied in the Jesuit school; he then went to the university of Naples in 1767,[1] but he studied mathematics by his own because the university was only strong in law and medicine. From 1770 he was teaching, by royal appointment, in the Liceo del Salvatore, a school founded in the same building where the Jesuit school had been (the Jesuit order was suppressed three years before).[2]

In 1799, during the Napoleonic period, he lived in Capodimonte but, when the Borbonic monarchy was restated, he was appointed to the mathematics chair in the Neapolitan university.[3]

In 1821 he suffered a stroke which left him disabled for the rest of his life.[4]

Fergola was one of the protagonists of an ideological quarrel among the Neapolitan scientists at the end of 18th and the first half of the 19th century. In the field of mathematics, the quarrel was about the use of synthetic or analytic methods. These polemics were coincident with the politically conservative conceptions of the former and the progressive views of the followers of the analytic method.

The Borbonic restoration in the kingdom of the Two Sicilies, with his ultraconservative profile, made possible the maintenance of this school until the Risorgimento, but at the end of 19th century it was absolutely forgotten.[5] To see a taste of the quarrel, here are the words pronounced by Gioacchino Ventura di Raulica in the obituary of Nicola Fergola:

Among the sciences, the mathematical ones are those which have taken the more false and disastrous direction. They were the first to be included in the assault of the philosophers against Christianity ...

— Cited by Mazzotti (1998), page 674.

The only work of Fergola is Prelezioni sui Principi matematici della filosofia naturale del cavalier Isacco Newton, published in two volumes in 1792 and 1793. It is interesting to see the religious point of view of the Newtonian force concept.

This religious conception is seen in all of Fergola's mathematical works. In 1839, was published Fergola's manuscript entitled Teorica de miracoli esposta con metodo dimostrativo in which Fergola tried to demonstrate the possibility of the miracles in a mathematical way: proposition, demonstration, theorem, lemma, scolium, i.e.

• Ferraro, Giovanni; Palladino, Franco (1993). "Sui manoscritti di Nicolò Fergola (1753-1824)". Bollettino di Storia delle Scienze Matematiche-Unione Matematica Italiana. XIII (2): 147–197.
• Botazzini, U. (1994). "The Italian States". In Ivo Grattan-Guinness (ed.). Companion Encyclopedia of the History and Philosophy of the Mathematical Sciences. London: Routledge. pp. 1495–1504. ISBN 0-415-09238-8.
• Fazzini, Antonio (1836). "Niccolo Fergola". Poliorama Pittoresco (in Italian): 305–307.
• Mazzotti, Masimo (2002). "The Making of the Modern Engineer". In Mordechai Feingold (ed.). History of Universities: Volume XVII. Oxford University Press. pp. 121–161. ISBN 0-19-925636-5.
• Mazzotti, Masimo (1998). "The Geometers of God: Mathematics and Reaction in the Kingdom of Naples" (PDF). Isis. 89 (4): 674–701. doi:10.1086/384160. hdl:10036/31212. ISSN 0021-1753. JSTOR 236738. S2CID 143956681.

Wikimedia Commons has media related to Nicola Fergola.

• O'Connor, John J.; Robertson, Edmund F., "Nicola Fergola", MacTutor History of Mathematics Archive, University of St Andrews
• Nastasi, Pietro (1996). "FERGOLA, Nicola". Dizionario Biografico degli Italiani, Volume 46: Feducci–Ferrerio (in Italian). Rome: Istituto dell'Enciclopedia Italiana. ISBN 978-8-81200032-6. Retrieved 8 August 2015.