|Rudjer Boskovic, distinguished Croatian scientist, diplomat and poet (18th ct.), born in the city of Dubrovnik (Ragusa), is the founder of the astronomical observatory in Brera near Milan. Due to this, Ivan Mestrovic's monument of Boskovic has been transported from Croatia to Italy and placed in Milano in 2017. In 1773, a charter granted by Louis XV made Rudjer Boskovic a French subject. With his theory of forces he was a forerunner of modern physics for almost two centuries. He was the discoverer of the principle of determinism, 56 earlier than Pierre-Simon Laplace.|
Summary. Rudjer Boskovic, distinguished Croatian scientist and poet (18th ct.), born in the city of Dubrovnik (Ragusa), is the founder of the astronomical observatory in Brera near Milan. Due to this, Ivan Mestrovic's monument of Boskovic has been transported from Croatia to Italy and placed in Milano in 2017. In 1773, a charter granted by Louis XV made Rudjer Boskovic a French subject. With his theory of forces he was a forerunner of modern physics for almost two centuries. He was the discoverer of the principle of determinism, 56 earlier than Pierre-Simon Laplace.
Ruðer Bo¹koviæ, Croatian scientist and poet (writing both in Latin and Croatian), member of the Society of Jesus, as well as of the Royal Society of London, was probably the last European universal genius. He is best known for his monograph Theoria philosophiae naturalis (Vienna, 1758).
The greatest and most famous Croatian philosopher and scientist Rudjer Boskovic (Boscovich, 1711-1787), was born in Dubrovnik, where he was educated in the Jesuit Collegium. He was a member of the Royal Society of London, a member of St.Petersbug Academy, "membre correspondant" of the French Academie Royale des Sciences, a member of the Accademia dell'Arcadia, a professor at many European universities. Very delicate work on repairing the cupola of St. Peter's church in the Vatican (diameter: 42m) was entrusted to R. Boskovic, a proof that he was a leading European authority for static computations and civil engineering of that time. Upon the request of Austrian Empress Maria Theresia, Boskovic was solving the problem of stability of Royal Library (now National Library) in Vienna.
Portrait of Boskovic by the English painter Edge Pine (London, 1760).
He was also the founder of the astronomical observatory in Brera near Milan. In 1773 a charter granted by Louis XV made him a French subject. Soon he was appointed by Louis XV to a very prestigious position and became the Director of Naval Optics of the French Navy in Paris (Optique Militaire de la Marine Royale de France). He left to his adoptive country an achromatic telescope and micrometer. Boskovic spent nine years in France, and became a good friend to many outstanding scientist, like the mathematician Clairaut, Lalande, Buffon. When D'Alembert took him for Italian, he hastened to correct him.
Boskovic stayed 7 months in England and met many famous scientists there: James Bradley (famous astronomer), George Parker (president of the Royal Academy), Samuel Johnson (Lexicographer), Edmund Burke (philosopher and political writer), Joshua Reynolds (the first president of the Royal Academy of Arts), and others. It is interesting that in England he designed a telescope filled with water in all its components, which was implemented at the Greenwich observatory in 1871, that is, 84 years after his death. He also met Benjmanin Franklin, who showed him some of his electrical experiments, see an article by Branko Franolic.
A detail from the Jesuit Collegium where R. Boskovic was educated,
Boskovic was also a brilliant Croatian Latinist poet. He wrote an extensive scientific epic De solis et lunae defectibus (On Solar and Lunar Eclipse) published in London in 1760. It contains 5570 Latin verses, and was dedicated to the Royal Society of England whose member he was. In the title one can read "Father r. Boskovic, of the Jesuit Order", although at that time it was forbidden for Jesuits to live and work in England. The epic was written in the manner of Roman classics, in dactilus hexameter.
For more information see Latin as literary language among the Croats
When Charles Burney, a well known English musicologist, met Boskovic in Milan, he wrote: ...if all Jesuits were like this father, who uses the higher science and the work of mind to advance science for the happiness of mankind, then it were to be wished that this society were as durable as is this world. Boskovic was buried in the church of S. Maria Podone in Milano.
Le plus grand mathématicen que l'aie connu à Rome est M. Boscovich, alors jésuite: il est né à Raguse en 1711, mais il vint à Rome étant encore fort jeune, et après avoir longtemps professé les mathématiques au collège romain il fut fait professeur à Milan et ensuite à Pavie; mais l'on voyait avec peine des talents supérieurs comme les siens, concentrés dans cette derniére ville; non seulement il n'y a personne en Italie dont les ouvrages soient aussi célàbres dans toute l'Europe que les siens, mais je ne connais pas de géomètre plus spirituel et plus profond que lui. Sa mesure de la terre, son beau traité sur la loi de la pesanteur, ses découvertes sur la lumière et sur diverses parties de la physisque, de l'astronomie, de la géométrie, son poème sur les éclipses, imprimé à Londres, à Venise et à Paris, peuvent doner une idée du nombre et de l'étendue de ses talents; mais il faut l'avoir connu particulérement, pour savoir combien il a de génie, combien son caractère est aimable, sa conversation intéressante, et ses idées sublimes dans tout les genres. En 1773, il a été appelé en France et naturalisé Français. Il est actuellement  à Bassano, occupé à faire imprimer ses nouveaux ouvrages, en cinq volumes.
William Thompson-Kelvin, the English physicist (19/20 centuries), once expressed his opinion that his atomic theory is a pure "Boskovicianism." Still earlier, Sir Humphry Davy, professor of physics and chemistry at the Royal Institution in London from 1802 till 1827, mentioned the name of Boskovic on several occasions in his Diary (Commonplace Book), accepting his atomistic theory. The diary is kept in the archives of the Royal Institution in London. Also a famous Irish mathematician and physicist R.W. Hamilton wrote extensively about Boskovic's theory of forces.
With his theory of forces R. Boskovic was a forerunner of modern physics for almost two centuries. It was described in his most important book Theoria Philosophiae naturalis (Vienna 1758, Venice 1763, London 1922, American edition in 1966).
Werner Heisenberg (Nobel prize for physics in 1932) wrote the following:
Among scientists from the 18th century Boskovic occupies outstanding place as a theologian, philosopher, mathematician, and astronomer. His "Theoria philosophiae naturalis" announced hypotheses which were confirmed only in the course of last fifty years.Indeed, see his graph of regions of attractive and repelling forces between material points (elementary particles), the closest region being repelling, tending to infinity (nuclear force!; see here; published in his Dissertationes de lumine pars secunda, 1748), and the farthest region is repelling, corresponding to gravitational force:
This graph was since 1763 called the Boskovic curve (curva Boscovichiana).
Rudjer Boskovic was the discoverer of the principle of determinisum, 56 earlier than P.S. Laplace. Moreover, Boscovich's approach is more precise, complete and comprehensive than Laplace's.
Robert Marsh, the author of Physics and Poets, credits Boskovic with the idea of FIELD. Faraday and others took the idea from him, see here. He was the first to apply probability to the theory of errors. Laplace and Gauss acknowledged their indebtedness to his work which led to the Legendre principle of least squares in statistics (stating that the best fitting line is the one with the smallest sum of squared residuals).
A portrait of Boskovic, published in Milano in 1818 in a collection of famous
Some of his books, articles and letters, together with other documents, are kept in the famous Franciscan monastery (Samostan Male Brace) in Dubrovnik. Its library possesses 30,000 volumes, 22 incunabula, 1,500 valuable handwritten documents. It was severely damaged in the aggression in 1991/92 (shelled by the Serbian Army - 37 direct hits).
The names of Rudjer Boskovic and Marin Getaldic (Ghetaldus) appear on an extensive list of the Chronology of Mathematics, where you can find additional biographical sources related to Boskovic held in the USA and UK.
One of the greatest English 20th century novelists Aldous Huxley, in Antic Hay (1923) mentions Boskovic, Leonardo, Michelangelo, Händel.
Rudjer Boskovic, Gelehrter und Diplomat, by Kresimir Veselic, Hagen, Germany
Rudjer Boskovic, numerous links
Cornelia Wright (1757-1837), an English writer, in her "Autobiography'' left us important information about Raymund Kunic (Croatian latinist and grecist), whom she met in Rome. She also met Rugjer Boskovic in Paris, whom she admired as a "mathematician and astronomer and as a good Latin poet who like many of his countrymen had the gift of composing Latin verse with facility''. It is very likely due to her acquaintance with Kunic that the first translation of a Croatian poem into English arose (a poem by Ignjat Gjurgjevic, translated into English from its Latin translation).
Croatian writer Vojmil Rabadan wrote a poem Carmen Boscovichianum iliti Spomen mali velikom nam Rudi (on the occasion of 200 years since the death of Ruðer Josip Bo¹koviæ, SJ), Zagreb 1987. Inspired by this text, maestro Boris Papandopulo composed a cantata. Source Valentin Pozaiæ.
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