Francesco Barozzi

Francesco Barozzi (in Latin, Franciscus Barocius) (9 August 1537 – 23 November 1604) was an Italian mathematician, astronomer and humanist.

A siege machine from Barozzi's Heronis mechanici liber (1572).
For the lunar crater named Barocius, see Barocius (crater). For the former bishop of Treviso (1466–1471), see Francesco Barozzi (bishop).
Francesco Barozzi

Life

Barozzi was born on the island of Crete, at Candia (now Heraklion), at the time a Venetian possession. He was the son of Iacopo Barozzi, a Venetian nobleman, and Fiordiligi Dorro. Barozzi was educated at Padua, and studied mathematics at the University of Padua. The estate on Crete, inherited from his father, yielded him an income of 4,000 ducats, though he seems to have lived in Venice for most of his life. He was thus able to function as an independent scholar, and does not appear to have held any academic posts, although he did lecture on the De sphaera of Sacrobosco at the University of Padua in 1559.

Barozzi translated many works of the ancients, including Proclus’s edition of Euclid's Elements (published in Venice in 1560), as well as mathematical works by Hero, Pappus of Alexandria, and Archimedes.

Mathematics
Admirandum illud geometricum problema tredecim modis demonstratum, 1586

Barozzi helped in the general reappraisal of the geometry of Euclid, and corresponded with numerous mathematicians, including the German Jesuit Christopher Clavius. His original works include Cosmographia in quatuor libros distributa summo ordine, miraque facilitate, ac brevitate ad magnam Ptolemaei mathematicam constructionem, ad universamque astrologiam institutens (1585), which he dedicated to the Duke of Urbino. This work concerns the cosmography and mathematical systems of Ptolemy. Barozzi also discussed 13 ways of drawing a parallel line in his Admirandum illud geometricum problema tredecim modis demonstratum quod docet duas lineas in eodem plano designare, quae nunquam invicem coincidant, etiam si in infinitum protrahantur: et quanto longius producuntur, tanto sibiinuicem propiores euadant (1586).

In his Opusculum: in quo una Oratio et due Questiones, altera de Certitude et altera de Medietate Mathematicarum continentur, Barozzi stressed that "the certitude of mathematics is contained in the syntactic rigor of demonstrations." Barozzi dedicated this work to Daniele Barbaro.[1]

Other works

He also wrote Rythmomachia (1572), which he dedicated to Camille Paleotti, a Senator of Bologna, a work that is based on the mathematical game of the same name, also known as "The Philosophers' Game."

As an antiquarian, he copied many Greek inscriptions on Crete. His collection of inscriptions was later inherited by his nephew Iacopo Barozzi (1562–1617), who edited and expanded it. This collection was later acquired in 1629 by the University of Oxford. They are wide-ranging in date and subject matter and can still be found in the Bodleian Library.

Charges of sorcery

Barozzi was accused of being a sorcerer, a charge that he did not help refute by publishing his Pronostico Universale di tutto il mondo (Bologna, 1566), a collection of the prophecies of Nostradamus for the years 1565–1570. He also published a special edition of Oracula Leonis in 1577, a collection of cryptic prophecies attributed to the Byzantine Emperor Leo VI the Wise and dedicated to the Cretan governor, Giacomo Foscarini.

Around 1583, Barozzi was tried by the Inquisition on an unknown charge and found guilty. In 1587, he was charged with apostasy, heresy, and for engaging in the occult. He was accused of causing a torrential rain storm in Crete. Found guilty, he was forced to donate silver crosses at the cost of 100 ducats and received a suspended prison sentence. Barozzi as a student in college also was accused of cutting off someones hair for uses unknown, perhaps his sorcery habits.

Death and legacy

He died in Venice. The lunar crater Barocius is named after him.

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gollark: It's not a very good battery since it's renewable, but you know.
gollark: I stuck three fusion reactors and fuel infrastructure into a compact machine and called it a "fusion battery".
gollark: Er, molten salt FISSION.
gollark: Why bother with molten salt fusion if you can just stick down a ridiculously expensive WHY-10000 fusion battery everywhere which needs power?

References
  1. Venice and the Renaissance, Manfredo Tafuri, trans. Jessica Levine, 1989, MIT Press, p. 133 ISBN 0-262-70054-9
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