Jan Kochanowski University Press
Total Page:16
File Type:pdf, Size:1020Kb
Load more
Recommended publications
-
PERSPECTIVE Steno, Targioni and the Two Forerunners
dominici:ARGENTI 11/01/2010 11:40 Pagina 101 Journal of Mediterranean Earth Sciences 1 (2009), 101-110 doi:10.3304/JMES.2009.011 Journal of Mediterranean Earth Sciences JME S PERSPECTIVE Steno, Targioni and the two forerunners Stefano Dominici* Museo di Storia Naturale, Sezione di Geologia e Paleontologia, Università degli Studi di Firenze Via La Pira, 4 - 50121 Firenze, Italy ABSTRACT - The brief and enigmatic Forerunner written by Nicholas Steno after a two-year residence in Tuscany (1667- 1668) contains several basic intuitions of earth sciences. His work influenced contemporary natural philosophers through Europe, but was seemingly forgotten in the course of the next century. Only in Florence the naturalist and polymath Giovanni Targioni Tozzetti undertook a geological study of Tuscany and tested the validity of Steno’s hypothesis on the origin of mountains and hills. In relevant passages of his Travels (1751-1754), Targioni expressed a substantial agreement with Steno’s reconstruction, therefore planning a modernized version of Steno’s theory of the earth, which he published in his own Forerunner (1754). In this work he sets the agenda for the new disciplines of physical chorography and topography, wishing to complete their application to Tuscany in his own lifetime, so that Tuscany could be presented as a template of the earth. His fame as author of Travels and owner of one of the best natural history museums of Europe reached many savants who visited him and learned the results of his fieldwork and his geotheory. Some of the people who met with Targioni have influenced the development of geology, and important aspects of his ideas can be found in their writings. -
Blessed Nicholas Steno
BLESSEDThe Scientist NICHOLAS and STENO (IN DANISH, NIELS STEENSEN) 1638-1686 After a youth spent in studying and then in scientific research, Nicolas Steno at age St. Nicholas of Flue, better known as “Brother Klaus,” was declared patron saint of Switzerland by Pope Pius XII in 1947. He was born 28 converted to the Catholic of a farmer's family in 1417 in Flueli, in the Alpine foothills above Sachseln, in the region of Obwald. He married, had ten children, Church while watching the Portrait of Blessed and conducted a normal life until he was 50. Then he felt a very Nicholas Steno strong call from God to leave everything and follow Him. He therefore asked for three graces: to obtain the consent of his wife Corpus Christi procession, Dorothy and their older children; to never feel the temptation to turn back, and finally, God willing, to be able to live without drinking or eating. All his requests were granted. He lived for twenty years in the thus realizing the greatness forest as a hermit with no food except for the Eucharist, as many witnesses testified. and magnificence of the Eucharist; the Real Presence of Jesus in the Host. He then decided to become a priest and missionary in his own country. In Belgium, at Bois-d’Haine, the Servant of God Anne-Louise Lateau lived for twelve years without eating or drinking, and without sleeping, starting on March 26, 1871. On January 11, 1868, she received stigmata at her feet, hands, head, the left side of her chest and at her right shoulder. -
Tema Del Día
TEMA DEL DÍA LAS RAÍCES DE LA GEOLOGÍA. NICOLAS STENO, LOS ESTRATOS Y EL DILUVIO UNIVERSAL The roots of the Geology. Nicolaus Steno, the strata and the Deluge Leandro Sequeiros * RESUMEN El De Solido intra solido naturaliter contento dissertatinis prodromus, uno de los libros más importan- tes para los inicios de la geología, fue publicado en Florencia en 1669. Su autor, Niels Steensen (también conocido por su nombre latinizado de Nicolaus Steno), fue un anatomista y naturalista danés nacido en Copenhague (Dinamarca) el 11 de enero de 1638. Estudió primero medicina en su ciudad y anatomía en Holanda y París. En 1660, visitó Roma y en 1666 se había establecido en Florencia donde fue acogido por el Gran Duque de Toscana Fernando II. En Florencia, estudiando los dientes puntiagudos que formaban diversas coronas en las mandíbulas de los tiburones, se sorprendió por su gran número, y sus semejanzas con las llamadas Glossopetrae, ob- jetos de piedra traídos de Malta. Steno pensó que ellos pertenecían a partes anatómicas de animales que habían vivido en otro tiempo, y que habían podido transformarse con facilidad mediante procesos quími- cos que no habían afectado a la forma. Los resultados llevaron a Steno a extender sus hipótesis a amplios estudios sobre las conchas de los moluscos antiguos, de los que describe su estructura y su origen orgáni- co, llegando a conclusiones muy cercanas a las aceptadas hoy día. ABSTRACT The De Solido intra solido naturaliter contento dissertationis prodromus, one of the most important bo- ok in the beginning of geology, was published at Florence in 1669. -
The Geohistorical Time Arrow: from Steno's Stratigraphic Principles To
JOURNAL OF GEOSCIENCE EDUCATION 62, 691–700 (2014) The Geohistorical Time Arrow: From Steno’s Stratigraphic Principles to Boltzmann’s Past Hypothesis Gadi Kravitz1,a ABSTRACT Geologists have always embraced the time arrow in order to reconstruct the past geology of Earth, thus turning geology into a historical science. The covert assumption regarding the direction of time from past to present appears in Nicolas Steno’s principles of stratigraphy. The intuitive–metaphysical nature of Steno’s assumption was based on a biblical narrative; therefore, he never attempted to justify it in any way. In this article, I intend to show that contrary to Steno’s principles, the theoretical status of modern geohistory is much better from a scientific point of view. The uniformity principle enables modern geohistory to establish the time arrow on the basis of the second law of thermodynamics, i.e., on a physical law, on the one hand, and on a historical law, on the other. In other words, we can say that modern actualism is based on the uniformity principle. This principle is essentially based on the principle of causality, which in turn obtains its justification from the second law of thermodynamics. I will argue that despite this advantage, the shadow that metaphysics has cast on geohistory has not disappeared completely, since the thermodynamic time arrow is based on a metaphysical assumption—Boltzmann’s past hypothesis. All professors engaged in geological education should know these philosophical–theoretical arguments and include them in the curriculum of studies dealing with the basic assumptions of geoscience in general and the uniformity principle and deep time in particular. -
Nummer Toegang: 1.02.01 Inventaris Van Het
Nummer Toegang: 1.02.01 Inventaris van het archief van C. van Heemskerck [levensjaren 1646-1702]: Gezant te Wenen, te Brussel, te Madrid, te Altona, te Constantinopel en te Parijs, 1672-1701 Versie: 15-08-2019 Th.H.P.M. Thomassen Nationaal Archief, Den Haag 1994 This finding aid is written in Dutch. 1.02.01 Heemskerck 3 INHOUDSOPGAVE Beschrijving van het archief......................................................................................5 Aanwijzingen voor de gebruiker................................................................................................6 Openbaarheidsbeperkingen.......................................................................................................6 Beperkingen aan het gebruik......................................................................................................6 Materiële beperkingen................................................................................................................6 Aanvraaginstructie...................................................................................................................... 6 Citeerinstructie............................................................................................................................ 6 Archiefvorming...........................................................................................................................7 Geschiedenis van de archiefvormer............................................................................................7 Vrijwilliger op de vloot en bestuurder -
Gevaarlijke Kennis (Dangerous Knowledge, 2007, Sample Translation)
Sample Translation Dangerous Knowledge (Gevaarlijke kennis) by Luuc Kooijmans (Amsterdam: Bert Bakker, 2007) Translated by Diane Webb LUUC KOOIJMANS – DANGEROUS KNOWLEDGE III IN SEARCH OF A REPUTATION Niels Stensen and Jan Swammerdam faced an uncertain future. There were no paid positions for research scientists, and those wishing to indulge in observation and experimentation were forced to do so in their free time. To earn a living, Stensen and Swammerdam would have had to become practising physicians, but the idea did not appeal to them. Not only had almost all current medical theories been called into question – owing in no small part to their own work – but they also believed that the foundations of medical science were too shaky to sustain any serious practice. A great many anatomical and physiological issues had first to be resolved, and as physicians they would have far too little time for this. Even as university lecturers they could not be certain of continuing their research, for empirical study was not a generally accepted approach in academic medicine. Universities were primarily institutions for the dissemination of classical learning, with little attention being paid to new findings. The lack of any convincing alternative had led most European universities to cling to outmoded teaching material, and the spirit of Aristotle still prevailed. Students were given Galen and Hippocrates to read, and were instructed in the doctrine of the four humours. There were, however, outside the universities, various forms of private seminars, in which more widely ranging and controversial material could be handled than in university lectures, and where fresh insights therefore made faster inroads. -
Building Saint and Bio. Science 'S' Block Blessed Nicolas Steno
Building Saint and bio. Science Blessed Nicolas Steno (Niels Stenson) (1638-1686) was a convert to ‘S’ block Catholicism, a bishop, a pioneer in anatomy and geology, and the father of palaeontology because he discovered what fossils were. His laws of stratigraphy are still in use. And he managed all this before dying at the age of 48! Saint Servulus of Rome Saint Servulus was a perfect model of submission to the divine Will; it would be difficult to offer a more consoling example to persons afflicted by poverty, illnesses and the other miseries of life. He was deprived of all the goods of this world; a long illness had reduced him to a pitiful state. From his youth he was paralyzed in all his limbs. Not only could he not stand up, but he was unable to rise from his bed; he could neither sit down nor turn himself from one side to the other, nor bring his hand to his mouth. This unfortunate man, who had learned the mysteries of religion, meditated unceasingly on the sufferings of the Saviour, and never did he complain. He was surrounded by the loving care of his mother and brother. Neither the mother nor the children had ever studied, yet he had pious books bought for himself, in particular the Psalms and the Holy Gospels, and he would ask the religious who came to visit him on his cot to read from them to him. In this way he learned these books by heart; he spent days and part of the nights in singing or reciting them, and meditating them, and he constantly thanked the Lord for having taken him to be a victim associated with the pains and sufferings of Jesus Christ. -
Saturn Dispute”
An indirect convergence between the Accademia del Cimento and the Montmor Academy: the “Saturn dispute” Giulia Giannini, Università degli Studi di Milano Introduction The purpose of the present chapter is to examine an indirect (albeit significant) point of contact between the Florentine academy, later known as the Accademia del Cimento, and the so-called Montmor Academy: their role in the “Saturn dispute”. In particular, this essay intends to demonstrate how, despite fragmentary evidence and often interrupted exchanges, the issue of the planet’s strange appearances offers a unique standpoint from which to assess the interests and the ways in which the two societies operated, as well as the nature of their relations. The two academies were active between 1657 and 1666-7, in Florence and Paris, respectively. The first occasional meetings at the house of Henri Louis Habert de Montmor (1600-1679) can be dated back to the period between 1654 and 1656.1 However, it is only from 1657–when the academy approved its own statutes–that the beginning of the Parisian circle can be dated with certainty. The Cimento, on the other hand, never had official rules or statutes.2 The dating of its meetings can be determined thanks to the diaries kept by its academicians, and also through the only publication produced by the Florentine academy: the Saggi di naturali esperienze (1667). This book – signed by the “accademici del Cimento” and by the “Saggiato segretario”, Lorenzo Magalotti– attested that an ‘academy’, sponsored by Prince Leopoldo de’ Medici (1617-1675), was ‘founded in the year 1657’.3 Even less information is available regarding the cessation of their activities. -
"The Business Solution to the Problem of Climate Change"
SPEECH/09/258 José Manuel Durão Barroso President of the European Commission "The business solution to the problem of climate change" World Business Summit on Climate Change Copenhagen, 25 May 2009 Distinguished guests, Ladies and gentlemen, Let me start by thanking the organisers, especially Tim Flannery and Erik Rasmussen, for inviting me to speak to you today. [I'd also like to thank Anders Eldrup for his very kind introduction.] Business input is going to be very important to the success of the other climate change conference in Copenhagen in December, so I very much welcome this timely initiative to hold a World Business Summit. If you allow me, I'd like to take you back to Copenhagen in the 17th century. From the beginning of recorded history, humans wondered why seashells and shark teeth could be found at the top of mountains. For many, the explanation was obvious, and could be found in the Bible: the maritime remains were left behind by Noah's Flood! It took a young Danish scientist, Nicolas Steno – or Niels Stensen, to give him his original name – to discover that the teeth and shells were in fact fossils, deposited millions of years ago when the land was beneath the sea. He realised that the layers of rock in which the fossils were embedded told the story of Earth. And that story was a violent and ever-changing one. He didn't know it at the time, but his work would unlock the door to a great deal of what we know today about plate tectonics, dinosaurs, geology and, of course, climate change. -
Niels Stensen: a 17Th Century Scientist with a Modern View of Brain Organization André Parent
HISTORICAL REVIEW Niels Stensen: A 17th Century Scientist with a Modern View of Brain Organization André Parent ABSTRACT: In 1665 the Danish scholar Niels Stensen (1638-1686) reached Paris, where he pronounced a discourse on brain anatomy that was to orient neuroscientists for years to come. In his lecture, Stensen rejected ancient speculations about animal spirits and criticized René Descartes and his followers who, despite a poor knowledge of brain anatomy, elaborated complex models to explain the multifaceted function of what he considered the principal organ of the human mind. He advocated the need for studying the brain through a comparative, developmental and pathological convergent approach and called for appropriate dissection methods and accurate illustrations. His own careful anatomical studies permitted him to precisely depict many brain structures. After pioneering works in paleontology and geology, he devoted himself to theology. In 1677 Stensen converted from Lutheranism to Catholicism and, while working relentlessly as a bishop and apostolic vicar in Northern Europe, he died in self-imposed poverty at age 48. RÉSUMÉ: L’organisation anatomique et fonctionnelle du cerveau selon Sténon. En 1665, le savant Danois Nicolas Sténon (1638-1686) arrive à Paris où il prononce un remarquable discours sur l’anatomie du cerveau. Dans cette allocution, il dénonce d’abord l’ancienne théorie des esprits animaux pour ensuite critiquer vertement les philosophes comme Descartes qui, malgré une piètre connaissance de l’anatomie du cerveau, développent des modèles complexes pour expliquer le fonctionnement de ce qu’il considère être l’organe suprême. Il souligne l’importance d’utiliser une approche multidisciplinaire, impliquant l’anatomie comparée, l’embryologie et la pathologie et insiste sur la nécessité de méthodes de dissection et d’illustration adéquates. -
ENGLISH BAROQUE with CIRCA 1 Magical Spell of the Night English Baroque with Circa
CREATIVE TEAM 2019 Paul Dyer AO Artistic Director Yaron Lifschitz Artistic Director, Circa CANBERRA INTERNATIONAL Benjamin Knapton Associate Director MUSIC FESTIVAL Libby McDonnell Costume Design Llewellyn Hall Peter Rubie Lighting Design Thursday 2 May 7:30pm Yaron Lifschitz, Libby McDonnell, Richard Clarke Set Design SYDNEY This Production premiered on 2 May 2019 at Llewellyn Hall as part of City Recital Hall the Canberra International Music Festival. Wednesday 8 May 7:00pm Friday 10 May 7:00pm CHAIRMAN’S 11 Saturday 11 May 2:00pm Proudly supporting our guest artists. Saturday 11 May 7:00pm Concert duration approximately 90 minutes with no interval. Please note Wednesday 15 May 7:00pm concert duration is approximate only and is subject to change. Friday 17 May 7:00pm We kindly request that you switch off all electronic devices during the performance. MELBOURNE Melbourne Recital Centre Saturday 18 May 7:00pm Sunday 19 May 5:00pm BRISBANE QPAC Tuesday 21 May 7:30pm A Baroque wig: Paul Dyer’s first inspiration image for the series. ENGLISH BAROQUE WITH CIRCA 1 Magical Spell of the Night English Baroque with Circa PRELUDE Alex Palmer English Overture SCENE ONE – THE COURT Henry Purcell Curtain Tune from Timon of Athens, Z 632 John Dowland Behold a Wonder Here from The Third and Last Booke of Songs or Aires Henry Purcell Overture from King Arthur, Z 628 Henry Purcell Aire from King Arthur, Act II, Z 628 Henry Purcell Hornpipe from King Arthur, Act III, Z 628 Henry Purcell How Blest are Shepherds from King Arthur, Act II, Z 628 Henry Purcell 3 Parts Upon a Ground, Z 731 SCENE TWO – THE BEDROOM Henry Purcell Overture in C minor, Air in C minor, The Triumphing Dance from Dido & Aeneas, Z 626 Henry Purcell Ritornelle in D minor, Thanks to these lonesome vales, Dance in D minor from Dido & Aeneas, Z 626 George Frideric Handel Gentle Morpheus, son of night from Alceste, HWV 45 SCENE THREE – THE CHAPEL Arcangelo Corelli Concerto grosso in D major, Op. -
Bound by Books
BOUND BY BOOKS Giovacchino Guasconi as book agent between the Dutch Republic and the Grand Duchy of Tuscany (1668-1692) MA Thesis Book and Digital Media Studies Ingeborg van Vugt s0934100 Supervisor: Prof. Dr. P.G. Hoftijzer Second reader: Dr. M. Keblusek 19 September, 2014 0 CONTENTS Introduction 2 PART I GIOVACCHINO GUASCONI AS CULTURAL AGENT BETWEEN THE REPUBLIC AND ITALY 1. A short biography of Giovacchino Guasconi 4 2. Giovacchino Guasconi and the trade of art 11 3. Business news and the establishment of trade relations 13 4. Giovacchino Guasconi and the book trade; collaborations with N. Heinsius 17 5. Nicolaas Heinsius and the Italian world of learning 19 PART II THE CORRESPONDENCE OF GIOVACCHINO GUASCONI The correspondence: Editorial criteria 24 1. Books as collector’s items: the Bibliotheca Hemmiana 25 2. Books as gift: Heinsius’ Virgil 47 3. Books as memory: the Bibliotheca Heinsiana 62 Conclusion 79 Bibliography 80 1 INTRODUCTION During the last years of the reign of Cosimo III, Grand Duke of Tuscany – from 1670 until his death in 1713 – the Florentine court faced the inevitable decline of the Medici dynasty.1 Cosimo’s zeal to stimulate industrial and technological innovations and to revitalize commerce resulted in an enormous expansion of correspondence and interchange between the Tuscan court and Europe in the 1660s. Once he came to power, Cosimo developed an interest in merchants who operated in the largest cities of Europe. Given the fact that the Grand Duke had a great fascination for the Dutch Republic, following his double stay there in 1667/1668 and 1669, the importance of Tuscan merchants in Amsterdam outweighed that of Medici traders in other European capitals.