History of Physics Group Newsletter No 21 January 2007
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The Original Lists of Persons of Quality, Emigrants, Religious Exiles, Political
Cornell University Library The original of tiiis book is in the Cornell University Library. There are no known copyright restrictions in the United States on the use of the text. http://www.archive.org/details/cu31924096785278 In compliance with current copyright law, Cornell University Library produced this replacement volume on paper that meets the ANSI Standard Z39.48-1992 to replace the irreparably deteriorated original. 2003 H^^r-h- CORNELL UNIVERSITY LIBRARY BOUGHT WITH THE INCOME OF THE SAGE ENDOWMENT FUND GIVEN IN 1891 BY HENRY WILLIAMS SAGE : ; rigmal ^ist0 OF PERSONS OF QUALITY; EMIGRANTS ; RELIGIOUS EXILES ; POLITICAL REBELS SERVING MEN SOLD FOR A TERM OF YEARS ; APPRENTICES CHILDREN STOLEN; MAIDENS PRESSED; AND OTHERS WHO WENT FROM GREAT BRITAIN TO THE AMERICAN PLANTATIONS 1600- I 700. WITH THEIR AGES, THE LOCALITIES WHERE THEY FORMERLY LIVED IN THE MOTHER COUNTRY, THE NAMES OF THE SHIPS IN WHICH THEY EMBARKED, AND OTHER INTERESTING PARTICULARS. FROM MSS. PRESERVED IN THE STATE PAPER DEPARTMENT OF HER MAJESTY'S PUBLIC RECORD OFFICE, ENGLAND. EDITED BY JOHN CAMDEN HOTTEN. L n D n CHATTO AND WINDUS, PUBLISHERS. 1874, THE ORIGINAL LISTS. 1o ihi ^zmhcxs of the GENEALOGICAL AND HISTORICAL SOCIETIES OF THE UNITED STATES OF AMERICA, THIS COLLECTION OF THE NAMES OF THE EMIGRANT ANCESTORS OF MANY THOUSANDS OF AMERICAN FAMILIES, IS RESPECTFULLY DEDICATED PY THE EDITOR, JOHN CAMDEN HOTTEN. CONTENTS. Register of the Names of all the Passengers from London during One Whole Year, ending Christmas, 1635 33, HS 1 the Ship Bonavatture via CONTENTS. In the Ship Defence.. E. Bostocke, Master 89, 91, 98, 99, 100, loi, 105, lo6 Blessing . -
The Latitudinarian Influence on Early English Liberalism Amanda Oh Southern Methodist University, [email protected]
Southern Methodist University SMU Scholar The Larrie and Bobbi Weil Undergraduate Research Central University Libraries Award Documents 2019 The Latitudinarian Influence on Early English Liberalism Amanda Oh Southern Methodist University, [email protected] Follow this and additional works at: https://scholar.smu.edu/weil_ura Part of the European History Commons, History of Religion Commons, and the Religious Thought, Theology and Philosophy of Religion Commons Recommended Citation Oh, Amanda, "The Latitudinarian Influence on Early English Liberalism" (2019). The Larrie and Bobbi Weil Undergraduate Research Award Documents. 10. https://scholar.smu.edu/weil_ura/10 This document is brought to you for free and open access by the Central University Libraries at SMU Scholar. It has been accepted for inclusion in The Larrie and Bobbi Weil Undergraduate Research Award Documents by an authorized administrator of SMU Scholar. For more information, please visit http://digitalrepository.smu.edu. The Latitudinarian Influence on Early English Liberalism Amanda Oh Professor Wellman HIST 4300: Junior Seminar 30 April 2018 Part I: Introduction The end of the seventeenth century in England saw the flowering of liberal ideals that turned on new beliefs about the individual, government, and religion. At that time the relationship between these cornerstones of society fundamentally shifted. The result was the preeminence of the individual over government and religion, whereas most of Western history since antiquity had seen the manipulation of the individual by the latter two institutions. Liberalism built on the idea that both religion and government were tied to the individual. Respect for the individual entailed respect for religious diversity and governing authority came from the assent of the individual. -
Obedience Robins of Accomack: 17Th-Century
OBEDIENCE ROBINS OF ACCOMACK: 17TH-CENTURY STRATEGIES FOR SUCCESS A Thesis MARY CA~ WILHEIT Submitted to the Once of Graduate Studies of Texas A&M University in partial fulfillment of the requirements for the degree of MASTER OF ARTS December 1997 Major Subject: History OBEDIENCE ROBINS OF ACCOMACK: 17TH-CENTURY STRATEGIES FOR SUCCESS A Thesis MARY CA~ WILHEIT Submitted to Texas AyrM University in partial tulfillment of thc requirements for the degree of MASTER OF ARTS Approved as to style and content by. John L. Canup Walter L. Buenger ( hair of Committee) (Member) Dennis A. Berthold Julia Kirk ckvvelder (Member) (Head ol Dcpa nt) December 1997 Major Subject: History ABSTRACT Obedience Robins of Accomack: 17th-Century Strategies for Success. (December 1997) Mary Catherine Wilheit, A. B., Wilson College Chair of Advisory Committee: Dr. John L. Canup Obedience Robins emigrated to Virginia in the 1620s in search of the land and status his elder brother gained by inheritance. This thesis establishes motivations for immigration and methods by which one English emigr6 achieved success in Virginia. The 1582 will of Richard Robins established a pattern of primogeniture for successive generations of his Northamptonshire family. Muster lists, wills, parish registers and a 1591 manor survey record increasing prosperity and associated expectations. Robinses were among those "better sorts" who paid taxes, provided armour, held local office, educated their children, and protcstcd against perceived government injustice. In Virginia. Richard Robins*s great grandson parlayed his assets into land, office and status. The extent of his education and financial resources was probably limited, but good health, timing. -
Third ICESHS, Austrian Academy of Sciences, Vienna 2008 Electron – A
Third ICESHS, Austrian Academy of Sciences, Vienna 2008 Isabel Serra, Francisca Viegas, Elisa Maia Department of History and Philosophy of Science, University of Lisbon Lisboa, Portugal [email protected] Electron – a main actor in scientific controversies1 1. Introduction The story of the electron can contribute to the study of the continuity-discontinuity of the scientific thinking in modern age, as well as to discuss models and metaphors in history of science. Actually, the electron played a central role in several scientific controversies: nature of electricity and cathode rays, structure and properties of matter. The idea of an atom of electricity was introduced by Faraday and adopted by Helmholtz. In 1874, Stoney estimated its charge and named it electron. However, Maxwell had stated that a complete knowledge of electricity would eliminate the necessity of such particles. The controversy about the nature of electricity was to lie dormant for years until it was brightened by the study of discharges in gases. The nature of cathode rays divided physicists and chemists, with the electron playing the major role in the dispute. The experiences of Perrin (1895) and Thomson (1897), seemed to confirm the existence of the electron, but did not convince all scientists. The electron became the main protagonist of a controversial image of matter: the atomistic view. In 1913, Bohr’s atomic theory was received with enthusiasm by some physicists but with criticism by others. Nevertheless, the atomic structure of matter gradually wins acceptance in reason of its extraordinary power in predicting spectral lines. At last, electrons were particles, coherent with facts and theories. -
Should Physical Laws Be Unit-Invariant?
Should physical laws be unit-invariant? 1. Introduction In a paper published in this journal in 2015, Sally Riordan reviews a recent debate about whether fundamental constants are really “constant”, or whether they may change over cosmological timescales. Her context is the impending redefinition of the kilogram and other units in terms of fundamental constants – a practice which is seen as more “objective” than defining units in terms of human artefacts. She focusses on one particular constant, the fine structure constant (α), for which some evidence of such a variation has been reported. Although α is not one of the fundamental constants involved in the proposed redefinitions, it is linked to some which are, so that there is a clear cause for concern. One of the authors she references is Michael Duff, who presents an argument supporting his assertion that dimensionless constants are more fundamental than dimensioned ones; this argument employs various systems of so-called “natural units”. [see Riordan (2015); Duff (2004)] An interesting feature of this discussion is that not only Riordan herself, but all the papers she cites, use a formula for α that is valid only in certain systems of units, and would not feature in a modern physics textbook. This violates another aspect of objectivity – namely, the idea that our physical laws should be expressed in such a way that they are independent of the particular units we choose to use; they should be unit-invariant. In this paper I investigate the place of unit-invariance in the history of physics, together with its converse, unit-dependence, which we will find is a common feature of some branches of physics, despite the fact that, as I will show in an analysis of Duff’s argument, unit-dependent formulae can lead to erroneous conclusions. -
Thomas Willis and the Fevers Literature of the Seventeenth Century
Medical History, Supplement No. 1, 1981: 45-70 THOMAS WILLIS AND THE FEVERS LITERATURE OF THE SEVENTEENTH CENTURY by DON G. BATES* WE NEED not take literally the "common Adagy Nemo sine febri moritur," even for seventeenth-century England.' Nor is it likely that Fevers put "a period to the lives of most men".2 Nevertheless, the prevalence and importance of this "sad, comfortless, truculent disease" in those times cannot be doubted. Thomas Willis thought that Fevers had accounted for about a third of the deaths of mankind up to his day, and his contemporary and compatriot, if not his friend, Thomas Sydenham, guessed that two- thirds of deaths which were not due to violence were the result of that "army of pestiferous diseases", Fevers.3 These estimates are, of course, based almost entirely on impressions.4 But such impressions form the subject of this paper, for it is the contemporary Fevers literature upon which I wish to focus attention, the literature covering little more than a century following the death of the influential Jean Fernel in 1558. In what follows, I shall poke around in, rather than survey, the site in which this literature rests, trying to stake out, however disjointedly and incompletely, something of the intellectual, social, and natural setting in which it was produced. In keeping with the spirit of this volume, this is no more than an exploratory essay of a vast territory and, even so, to make it manageable, I have restricted myself largely to *Don G. Bates, M.D., Ph.D., Department of Humanities and Social Studies in Medicine. -
Puritans and the Royal Society
Faith and Thought A Journal devoted to the study of the inter-relation of the Christian revelation and modern research Vol. 92 Number 2 Winter 1961 C. E. A. TURNER, M.Sc., PH.D. Puritans and the Royal Society THE official programme of the recent tercentenary celebrations of the founding of the Royal Society included a single religious service. This was held at 10.30 a.m. at St Paul's Cathedral when the Dean, the Very Rev. W. R. Matthews, D.D., D.LITT., preached a sermon related to the building's architect, Sir Christopher Wren. Otherwise there seems to be little reference to the religious background of the Society's pioneers and a noticeable omission of appreciation of the considerable Puritan participation in its institution. The events connected with the Royal Society's foundation range over the period 1645 to 1663, but there were also earlier influences. One of these was Sir Francis Bacon, Lord Verulam, 1561-1626. Douglas McKie, Professor of the History and Philosophy of Science, University College, London, in The Times Special Number, 19 July 1960, states that Bacon's suggested academy called Solomon's House described in New Atlantis (1627) was too often assumed to be influential in the founding of the Royal Society, much in the same way as Bacon's method of induction, expounded in his Novum Organum of 1620, has been erroneously regarded as a factor in the rise of modern science. But this may be disputed, for Bacon enjoyed considerable prestige as a learned man and his works were widely read. -
Willis and the Virtuosi
Forum on Public Policy The Scientific Method through the Lens of Neuroscience; From Willis to Broad J. Lanier Burns, Professor, Research Professor of Theological Studies, Senior Professor of Systematic Theology, Dallas Theological Seminar Abstract: In an age of unprecedented scientific achievement, I argue that the neurosciences are poised to transform our perceptions about life on earth, and that collaboration is needed to exploit a vast body of knowledge for humanity’s benefit. The scientific method distinguishes science from the humanities and religion. It has evolved into a professional, specialized culture with a common language that has synthesized technological forces into an incomparable era in terms of power and potential to address persistent problems of life on earth. When Willis of Oxford initiated modern experimentation, ecclesial authorities held intellectuals accountable to traditional canons of belief. In our secularized age, science has ascended to dominance with its contributions to progress in virtually every field. I will develop this transition in three parts. First, modern experimentation on the brain emerged with Thomas Willis in the 17th Century. A conscientious Anglican, he postulated a “corporeal soul,” so that he could pursue cranial research. He belonged to a gifted circle of scientifically minded scholars, the Virtuosi, who assisted him with his Cerebri anatome. He coined a number of neurological terms, moved research from the traditional humoral theory to a structural emphasis, and has been remembered for the arterial structure at the base of the brain, the “Circle of Willis.” Second, the scientific method is briefly described as a foundation for understanding its development in neuroscience. -
Library Exhibition
LIBRARY EXHIBITION DRAMATIS PERSONAE William Cole (1635-1716): Physician in Henry Sampson (1629-1700): Historian of the Worcester. Author of a treatise on the se- dissenters and physician to non- cretions of animals. conformists in London. Contributor to the Sir John Floyer (1649-1734): Physician in Philosophical Transactions of the Royal Society. Lichfield. Author of works on asthma, John Wilkins (1614-1672): A cadaver. Once therapeutic bathing, and enthusiast for tak- Bishop of Chester. Founder member of the ing a patient’s pulse. Royal Society. Popularizer of Galileo. Crea- Richard Higgs (ca. 1632-1690): A physician in tor of a universal language. Coventry. Supplier to the pesthouse there. Thomas Willis (1621-1675): Physician in Ox- Richard Lower (1631-1691): Physician in ford. Associate of Messrs Boyle, Wren, London. Author of a major work on the Locke, Hooke. Writer of pioneering work heart and circulatory system, performed the on the brain. Sedleian Professor of Natural first successful blood-transfusion on two Philosophy at Oxford. dogs. Walter Needham (1631?-1691?): Anatomical lecturer to the Company of Surgeons. Au- thor of a work on foetal anatomy. The Medical Correspondence of Richard Higgs Gathered together in a single album kept here in the Library are a selection of letters from numerous key figures of the late 17th century flowering of scientific and medical thought and discovery that took place in Oxford. All of these letters are addressed to Dr Richard Higgs, and yet, for an associate of such illustrious figures, Higgs himself is elusive in the historical record. Originally from Gloucestershire, he appears to have matriculated at Queen’s College in Oxford in 1642 at around the age of 17, before embarking on medical training at Hart Hall, to graduate DM in 1659. -
FORMAT Bulletin
Members’ Paper From IRPS Bulletin Vol 10 No 3 September/October, 1996 ONE HUNDRED YEARS OF ELECTRONS above hypothesis but also to the brilliant discoveries made in the closing years of the 19th century: that of X- Leif Gerwarda and Christopher Cousinsb rays by Wilhelm Conrad Röntgen in 1895 and that of radioactivity by Henri Becquerel in 1896. a. Department of Physics, Technical University of Denmark, Lyngby, Denmark Cathode rays occurs when electricity is discharged in a rarefied gas. At a given low pressure of the gas, rays are b. Department of Physics, University of Exeter, emitted from the negative pole, the cathode. The Exeter, UK cathode rays themselves are invisible, but they can be observed by the phosphorescence that they induce at the The search for the true nature of electricity led walls of the glass tube and by the shadows from objects to the discovery of the electron and the proof placed in their path. The cathode rays propagate in that it is a constituent of all atoms. These straight lines, but unlike ordinary light rays they can be achievements gave the scientists the first deflected by a magnetic field. definite line of attack on the constitution of the atom and on the structure of matter. The phenomena exhibited by the electric discharge in rarefied gas had long been familiar from studies by In a lecture on 'The Stability of Atoms' given to the Royal Julius Plücker, Wilhelm Hittorf, Eugen Goldstein and Society of Arts in 1924, Ernest Rutherford said: other physicists. In a lecture delivered before the British Association at the Sheffield Meeting in 1879, William The trend of physics during the past twenty-five years has Crookes first used the expression radiant matter or been largely influenced by three fundamental discoveries matter in the ultra-gaseous state, to explain the made in the closing years of the nineteenth century. -
Dr. Thomas Willis and His 'Circle' in the Brain
Historical Vignette Nepal Journal of Neuroscience 2:77-79, 2005 Dr. Thomas Willis and his ‘Circle’ in the Brain PVS Rana, MD, DM Department of Medicine With the advances in microneurosurgery and the ability to tackle (Neurology) diseases of the intracranial arteries at the base of the brain (often Manipal Teaching Hospital referred to as the Circle of Willis) surgically more effectively, accurate Manipal College of Medical Sciences knowledge of the intracranial vascular anatomy is increasingly Pokhara, Nepal important. Although Dr. Thomas Willis is best remembered for the Address for correspondence: accurate description of arterial anastomosis at the baseof the brain, PVS Rana, MD, DM his contribution to neuroanatomy, physiology and medical science in Department of Medicine general is vast, and several diseases bear his name. In this article an (Neurology) attempt has been made to review the life of Dr. Willis followed by a Manipal Teaching Hospital short description of the “Circle of Willis.” manipal College of Medical Sciences Pokhara, Nepal Key Words: anatomy, Circle of Willis, Dr. Thomas Willis Email: [email protected] Received, December 18, 2004 Accepted, December 30, 2004 “Anne Green was a 22- year-old woman who had been employed as a housemaid by Sir Thomas Read in Oxfordshire. She was probably seduced by his grandson, who turned her down when she became pregnant. The unlucky girl gave birth to a premature child whom she concealed. The dead boy was found, however, and Anne Green was accused of the murder of her own child. She was sentenced to die by hanging and the execution took place on December 14, 1650. -
Thomas Willis
NeuroQuantology 2005|Issue 4|Page 296-297 296 NQ-Biography, Thomas Willis NQ-Biography Thomas Willis Thomas Willis (1621-1673) was an English physician who played an important part in the history of the science of anatomy, was a co-founder of the Royal Society (1662) and is often considered the 'father of neurology'. Willis worked as a physician in Westminster, London, and from 1660 until his death was Sedleian Professor of Natural Philosophy at Oxford. He was a pioneer in research into the anatomy of the brain, nervous system and muscles. The "circle of Willis", a part of the brain's vascular system, was his discovery. His anatomy of the brain and nerves, as described in his Cerebri anatomi of 1664, is so minute and elaborate, and abounds so much in new information, that it presents an enormous contrast with the vague and meagre efforts of his predecessors. This work was not the result of his own personal and unaided exertions; he acknowledged his debt to Sir Christopher Wren and Thomas Millington, and his fellow-anatomist Richard Lower. Wren was the illustrator of the magnificent figures in the book. Willis was the first natural philosopher to use the term "reflex action" to describe elemental acts of the nervous system. He also wrote Pathologiae Cerebri et Nervosi Generis Specimen, 1667 (An Essay of the Pathology of the Brain and Nervous Stock) and of De Anima Brutorum, 1672 (Discourses Concerning the Souls of Brutes). Willis was the first to number the cranial nerves in the order in which they are now usually enumerated by anatomists.