Early Modern Jesuit Arts and Jesuit Visual Culture a View from the Twenty-First Century
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Galileo's Assayer
University of Nevada, Reno Galileo's Assayer: Sense and Reason in the Epistemic Balance A thesis submitted in partial fulfillment of the requirements for the degree of Master of Arts in History. by James A Smith Dr. Bruce Moran/Thesis Advisor May 2018 c by James A Smith 2018 All Rights Reserved THE GRADUATE SCHOOL We recommend that the thesis prepared under our supervision by JAMES A. SMITH entitled Galileo's Assayer: Sense and Reason in the Epistemic Balance be accepted in partial fulfillment of the requirements for the degree of MASTER OF ARTS Bruce Moran, Ph.D., Advisor Edward Schoolman, Ph.D., Committee Member Carlos Mariscal, Ph.D., Committee Member Stanislav Jabuka, Ph.D., Graduate School Representative David W. Zeh, Ph.D., Dean, Graduate School May, 2018 i Abstract Galileo's The Assayer, published in 1623, represents a turning point in Galileo's philo- sophical work. A highly polemical \scientific manifesto," The Assayer was written after his astronomical discoveries of the moons of Jupiter and sunspots on a rotating sun, but before his mature Copernican work on the chief world systems (Ptolemaic versus Copernican). The Assayer included major claims regarding the place of math- ematics in natural philosophy and how the objects of the world and their properties can be known. It's in The Assayer that Galileo wades into the discussion about the ultimate constituents of matter and light, namely, unobservable particles and atoms. Galileo stressed the equal roles that the senses and reason served in the discovery of knowledge, in contradistinction to Aristotelian authoritarian dogma that he found to hinder the processes of discovery and knowledge acquisition. -
".+-T Or the Occasion Plan of the Roman College the Fifth Centenary and of the Church of St
I I I 0 I .".+-t or the occasion Plan of the Roman College the Fifth Centenary and of the Church of St. lgnatius of in the year 1650. of St. Ignatius of Loyola, founder of the Sociep of Jesus and creator ''¡ t¡ - ,]] i' the Collegio Romano, i; ! of '1,ìrr lrllÌìill il lt1,llilii1 iili . .,r.'t ':' liliillr:: the first free school ljll ...r tl I't';,,;rt , rr i fi:," ,'' j ii_-l tl .. 'l¡ in the world, lì i, l 1,, "religion and the arts" lil 1....,.:: rl dedicated to 'Li -t ll i: youth nation. i,ì ¡ .. rì l, for all oÍ every l.-i tì ir.-.i tl For the 450th anniversary L--ì jÌ f -.-'- \:l .rÌ ¡l of the approval t¡ L ì.1,_. i.:-; r'- .i, i ';} of the Formula of the Institute ¡ il ii: Society of Jesus i: I ,L.il of the ' 'tl :: ;ì by Pope Paul Lil. ¡, I :.,. l'' For the Fourth Centenary :.. .....:: of the death I of St. Aloysius Gonzaga. Father G. Libianchi, Rector, il Fr. G. Peri, Z. Carlucci, t., and Br. L. Gutierrez, with the assistance of B. Kuppler, T. Lucas, Mario and Gabriella Della Rosa ii;, f. :'.'...-, .: and the Missionaries "Verbum Dei" :,:.-.-i r'. ...1 t-- l) have reedited this booklet t:..=.: j with devotion and great love i1 ;) 2 for the sainted Founder, Ignatius. Grafica 1. Main Entrance. Gian Carlo Olcuire 2. Nave. 3. Chapel of St. Christopher. Foto 4. Chapel of St. Joseph (or the Sacripante Vasari - Roma Chapel). 5. Chapel of St. -
Sundials on the Quirinal: Astronomy and the Early Modern Garden
Sundials on the Quirinal: Astronomy and the Early Modern Garden Denis Ribouillault Abstract This paper deals with the function and meaning of sundials in Early Modern Rome, more specifically in gardens. It concentrates on two gardens, both on the Quirinal hill and directly facing each other: the papal gardens of Monte Cavallo and the Jesuit garden of the Noviciate of Sant’Andrea del Quirinale. Set on each side of the magnificent Via Pia, these gardens represented two intersecting yet contrasting worlds, a rude juxtaposition of one cosmos clashing against another: that of a Jesuit community and that of the Papal court. Each had developed a specific language to articulate their main concerns and proclaim their truths to garden visitors. By drawing a contrasting picture of the S. Andrea garden and the Papal gardens, in which sundials were given very different meanings, the intent of this paper is to probe the awkward, contradiction-ridden, spinoso relationship between religion, science and curiosity in Early Modern Rome. In 1685, the Dutch civil engineer Cornelis Meyer devised a method to re-erect the obelisk of Augustus, which had formed part of a famous ancient sundial known as the Horologium Augusti. Published in a book on hydraulic engineering, Meyer’s method was supplemented by an entire section in which he explained how one could transform Rome’s piazze, with their obelisks and columns, into colossal sundials. He suggested that the obelisk be erected on Piazza Monte Cavallo on the Quirinal hill and that the monument be given back its ancient gnomonic function (Fig. 1). Meyer’s elaborate gnomon would determine the hours of the night through the use of the same type of pierced gnomon that would be used a century later, in 1792, when the obelisk was finally erected on Piazza D. -
Challenging the Paradigm: the Legacy of Galileo Symposium
Challenging the Paradigm: The Legacy of Galileo Symposium November 19, 2009 California Institute of Technology Pasadena, California Proceedings of the 2009 Symposium and Public Lecture Challenging the Paradigm: The Legacy of Galileo NOVEMBER 19, 2009 CAHILL BUILDING - HAMEETMAN AUDITORIUM CALIFORNIA INSTITUTE OF TECHNOLOGY PASADENA, CALIFORNIA, USA © 2011 W. M. KECK INSTITUTE FOR SPACE STUDIES, ISBN-13: 978-1-60049-005-07 CALIFORNIA INSTITUTE OF TECHNOLOGY ISBN-10: 1-60049-005-0 Sponsored by The W.M. Keck Institute for Space Studies Supported by The Italian Consulate – Los Angeles The Italian Cultural Institute – Los Angeles Italian Scientists and Scholars in North America Foundation The Planetary Society Organizing Committee Dr. Cinzia Zuffada – Jet Propulsion Laboratory (Chair) Professor Mike Brown – California Institute of Technology (Co-Chair) Professor Giorgio Einaudi – Università di Pisa Dr. Rosaly Lopes – Jet Propulsion Laboratory Professor Jonathan Lunine - University of Arizona Dr. Marco Velli – Jet Propulsion Laboratory Table of Contents Introduction……………………………………………………………………………….. 1 Galileo's New Paradigm: The Ultimate Inconvenient Truth…………………………... 3 Professor Alberto Righini University of Florence, Italy Galileo and His Times…………………………………………………………………….. 11 Professor George V. Coyne, S.J. Vatican Observatory The Galileo Mission: Exploring the Jovian System…………………………………….. 19 Dr. Torrence V. Johnson Jet Propulsion Laboratory, California Institute of Technology What We Don't Know About Europa……………………………………………………. 33 Dr. Robert T. Pappalardo Jet Propulsion Laboratory, California Institute of Technology The Saturn System as Seen from the Cassini Mission…………………………………. 55 Dr. Angioletta Coradini IFSI – Istituto di Fisica dello Spazio Interplanetario dell’INAF - Roma Solar Activity: From Galileo's Sunspots to the Heliosphere………………………….. 67 Professor Eugene N. Parker University of Chicago From Galileo to Hubble and Beyond - The Contributions and Future of the Telescope: The Galactic Perspective……………………………………………………. -
La "Ratio Aedificiorum" Di Un'istituzione Globale Tra Autorità Centrale E
LA RATIO AEDIFICIORUM DI UN’ISTITUZIONE GLOBALE TRA AUTORITÀ CENTRALE E INFINITÀ DEL TERRITORIO RICHARD BÖSEL I ISTITUTO STORICO AUSTRIACO ROMA Il presente convegno, che vede riuniti quattordici specialisti provenienti da sei paesi europei e da ben dodici atenei diversi, ci offre la possibilità di con- frontare le rispettive esperienze scientifiche e di farle confluire in un quadro complessivo che ci permetterà di delineare lo stato attuale della ricerca. L’iniziativa parte dall’ambizioso proponimento di formare una specie di database che raccoglierà su scala mondiale i più importanti fondi grafici finora conos- ciuti inerenti alla produzione architettonica della Compagnia di Gesù.1 Per quanto una simile impresa possa sembrare ardita (se non addirittura uto- pica), essa costituisce comunque una scelta metodologicamente opportuna e mirata, essendo rivolta ai punti cruciali del nostro campo di ricerca. È, infatti, proprio negli aspetti pratici della progettazione, che dobbiamo individuare i fattori maggiormente indicativi di una qualche cifra comune e onnivalente dell’ar- chitettura dell’ordine. Solo in secondo luogo possiamo cercarli nelle eventuali costanti tipologiche, mentre scarse o nulle sono le probabilità di rintracciarli su un livello più strettamente morfologico o stilistico. Sarà ormai superfluo sottolineare quanto sarebbe improprio e pregiudiziale basarsi sulla tesi di un vero e proprio stile gesuitico: fatidica chimera di una sto- riografia ottocentesca sostanzialmente ideologica e almeno originariamente anti- gesuitica.2 Una visione superficiale, preconcetta e arbitrariamente selettiva del 1 In primo luogo va menzionata la ricchissima raccolta di piante gesuitiche custodita alla Biblioteca Nazionale di Parigi, catalogata da VALLERY-RADOT, J., Le recueil de plans d’édifices de la Compagnie de Jésus conservé à la Bibliothèque Nationale de Paris, Bibliotheca Instituti Historici S.I., XV, Rome, Institutum His- toricum Societatis Iesu, 1969. -
101-Sant Ignazio
101/40 Sant'Ignazio di Loyola a Campo The Church of Saint Ignatius of Loyola at Campus Martius is Roman Catholic titular church dedicated to St. Ignatius of Loyola, the founder of the Jesuit order, located in Rome. Built in Baroque style between 1626 and 1650, the church functioned originally as Rectory church to the adjacent Collegio Romano, that moved in 1584 to a new larger building and became the Pontifical Gregorian University. [1] History The Collegio Romano opened very humbly in 1551, with an inscription over the door summing up its simple purpose: "School of Grammar, Humanity, and Christian Doctrine. Free. Plagued by financial problems in the early years, the Collegio Romano had various provisional centers. In 1560, Vittoria della Tolfa, Marchesa della Valle, donated her family isola, an entire city block and its existing buildings, to the Society of Jesus in memory of her late husband the Marchese della Guardia Camillo Orsini, founding the Collegio Romano. [1] Although the Jesuits got the Marchesa's land, they did not get any money from her for completing the church. Budgetary restraints compelled them to hire their own architect. Construction of the church was taken over by the Jesuit architect Giovanni Tristano. Built entirely by Jesuit labor, the church of the the Most Holy Annunciation was first used for worship in 1567. A three-aisled church dedicated to the Santissima Annunziata was built in the Collegio Romano between 1562 and 1567 on the foundations of the pre-existing construction. Since the earlier church had already been built to the height of the ground floor in 1555, there was no way for the Jesuits to expand the structure to hold the increasing number of students attending the Collegio Romano. -
The Case of the Private Library of Federico Cesi (1585–1630)
chapter 18 Dispersed Collections of Scientific Books: The Case of the Private Library of Federico Cesi (1585–1630) Maria Teresa Biagetti The extraordinary library collected by Federico Cesi, founder in 1603 of the Accademia dei Lincei in Rome, is a clear manifestation of the scientific person- ality of its owner. In the scientific community of the early seventeenth century, Federico Cesi occupies a prominent position in both the fields of botany and zoology. However, botany was his principal love. In this field, while dutifully acknowledging the authority of Pliny and Theophrastus, he confidently pro- posed himself as successor of Pietro Andrea Mattioli and Andrea Cesalpino.1 He was interested in the subfield constituted by the scientific researches of Ulisse Aldrovandi and Giambattista Della Porta, Gaspar Bauhin, Jacobus Theodorus and Matthias de L’Obel.2 His investigations of the reproduction of the plants, which were never published, were innovative;3 particularly relevant to the field of botany is his planned encyclopedia synthesized in the Tabulae Phytosophicae, which reveals his taste for schematic organization through the creation of tables and diagrams.4 The desire to analyze the minute details of plants is confirmed by the presence of detailed drawings of plants, flowers and mushrooms in some manuscripts that formed part of his library, now in the 1 2 3 4 1 Pietro Andrea Mattioli (1500–1577), physician and naturalist, born in Siena. Andrea Cesalpino (c. 1524–1603), physician, botanist, and professor of Medicine at the Sapienza University of Rome. 2 Ulisse Aldrovandi (1522–1605), physician and naturalist from Bologna. Giambattista Della Porta (c. -
Astronomy and Physico-Mathematics at the Collegio Romano in the Early Seventeenth Century
UNIVERSITY OF OKLAHOMA GRADUATE COLLEGE ORAZIO GRASSI AND A 1623 TREATISE ON THE SPHERE: ASTRONOMY AND PHYSICO-MATHEMATICS AT THE COLLEGIO ROMANO IN THE EARLY SEVENTEENTH CENTURY A THESIS SUBMITTED TO THE GRADUATE FACULTY in partial fulfillment of the requirements for the Degree of MASTER OF ARTS IN HISTORY OF SCIENCE, TECHNOLOGY AND MEDICINE By KRAIG BARTEL Norman, Oklahoma 2016 ORATIO GRASSI AND A 1623 TREATISE ON THE SPHERE: ASTRONOMY AND PHYSICO-MATHEMATICS AT THE COLLEGIO ROMANO IN THE EARLY SEVENTEENTH CENTURY A THESIS APPROVED FOR THE HISTORY OF SCEINCE BY Dr. Perter Barker, Chair Dr. Kathleen Crowther Dr. Steven Livesey Dr. Rienk Vermij © Copyright by KRAIG BARTEL 2016 All Rights Reserved. Table of Contents List of Figures……………………………………………………………………………v Abstract…………………………………………………………………………………vi Introduction……………………………………………………………………………...1 Physical Description……………………………………………………………………..7 The Collegio Romano and the Jesuit Ratio Studiorum …………………………………16 Jesuit Scientific Practice in the Early Modern Period…………………………………...22 The Sphaera Tradition and Grassi’s 1623 Lectures…………………………………….30 Physico-mathematics and the 1623 Tractatus de sphaera………………………………36 The Limits of Physico-mathematics: Comets and Jesuit Science………………………48 Conclusion……………………………………………………………………………...54 Bibliography……………………………………………………………………………61 iv List of Figures Figure 1…………………………………………………………………………………..5 Figure 2…………………………………………………………………………………11 Figure 3…………………………………………………………………………………14 v Abstract The University of Oklahoma History of Science Collections recently acquired a 1623 manuscript which has been attributed to the Jesuit mathematician Orazio Grassi. The first section of the manuscript, entitled “Tractatus de sphaera” or “Treatise on the sphere,” is a fair copy of student notes on spherical astronomy. As such, it is a significant new primary source for understanding the teaching of astronomy at the Collegio Romano in the seventeenth century. -
A Long Persistently Shelved Galileo Episode
2018 DIO 21 87 z6 Galileo vs 1618's Great Comet: “Fly like an Eagle” by Nicholas Kollerstrom0 Yee men of Brittayne wherefore gaze yee so / Upon an angry Starr? Verse by King James on the great comet of 1618.1 Abstract A polemic between Galileo Galilei in Florence and the Jesuit Collegio Romano in Rome developed over one of the most spectacular comets in history, the third of three comets in 1618 — 400y ago this year. Owing partly to his poor health, Galileo literally did not see any of these three comets — being possibly the only European astronomer in this curious position. This did not impede him from publishing on the matter, keen to display his new position as court philosopher to the Medicis. His first statement on the subject had been in 1619, “Discourse on the Comets” (penned by another, but on his behalf) where he advanced the traditional Aristotelian view that comets were vaporous exhalations from the Earth, but he added that they were, nonetheless, able to rise up somehow out from the atmosphere, so their subsequent motion in space was away from the centre of the Earth. The Jesuit Horatio Grassi countered this view, in his Libra Astronomica of that same year: explaining why a huge comet seen by all of Europe could hardly be a mere “vapour”. Galileo then wrote his Il Saggiatore of 1623 as a riposte. It had no observational data, and compounded his initial errors by misplacing the comet into the constellation Scorpio rather than Libra. It is surely the case that nothing Galileo wrote about the comet of 1618 was correct. -
Pope Urban VIII
Astronomy 350L (Spring 2005) The History and Philosophy of Astronomy (Lecture 11: Galileo II) Instructor: Volker Bromm TA: Amanda Bauer The University of Texas at Austin Galileo Galilei: The First Scientist • 1564 (Pisa) – 1642 (Arcetri) • founder of modern physics - law of interia - law of free fall • first astronomer to use telescope • The “Trial of Galileo” (conflict with Catholic Church) Galileo: Timeline and Context • between Copernicus and Newton • contemporary of Kepler and Tycho Court Mathematician in Florence (1610-42) • Florence: capital of Tuscany (Grand Duchy) • high-point of his career The Opposition Rears Its Ugly Head (1612-15) • Dominican friars of San Marco in Florence: - gather evidence against Galileo - denounce him to Roman Inquisition The Roman Inquisition • Founded as Instrument of Counter Reformation (1542) - administered by the Holy Office - allows torture to force confession Index of Forbidden Books • Index Librorum Prohibitorum • Organized censorship • Introduced in 1559 • Abolished in 1966 Giordano Bruno: Victim of the Inquisition • 1548 (Nola) – 1600 (Rome) • proponent of infinite universe - infinitude of Suns/stars - infinitude of inhabited planets • adherent of Hermetism - occult sect based on alleged ancient Egyptian texts - Hermes Trismegistos • was burned at the stake Giordano Bruno: Victim of the Inquisition • burned at stake on Campo dei Fiori (Rome, 1600) Galileo in Rome (1616): Defending Copernicanism • conversations with Cardinal Robert Bellarmine (1542-1621) • Galileo fails to prevent official Church -
Re-Examining Galileo's Theory of Tides
Arch. Hist. Exact Sci. 53 (1998) 223–375. c Springer-Verlag 1998 Re-examining Galileo’s Theory of Tides PAOLO PALMIERI Communicated by C. WILSON Contents Introduction .............................................................. 224 1. Galileo’s tide-generating acceleration ................................... 227 1.1 The woad-grindstone model .......................................... 227 1.2 Composition of speeds and relativity ................................... 234 1.3 Tide-generating acceleration as a historiographical stumbling block ..................................................... 243 2. Newton’s tide-generating force .......................................... 248 2.1 Newton’s dynamic model ............................................. 248 2.2 Asymmetric tide-generating force and asymmetric tide periods ........... 250 3. Galileo’s oscillatory model .............................................. 255 3.1 A simple oscillating system ........................................... 255 3.2 Galileo’s model: laws of basins and superimposition of waves ............ 263 4. The ‘warping’ of history ................................................ 275 4.1 Galileo’s claim: tides prove Copernicus ................................ 275 4.2 Galileo’s notions on bodies that move around a centre ................... 281 4.3 Tide equations: the quasi-Galilean term ................................ 295 4.4 Tides in a non-Newtonian universe .................................... 302 5. Simulate the winds and the sea .........................................