Sti M Il Eh Tg Ni Ka Er B

Total Page:16

File Type:pdf, Size:1020Kb

Sti M Il Eh Tg Ni Ka Er B g kra tnm apeD r nemt t o f aM r ek t i gn ecudortni ot si txet gniwollof eht fo mia ehT mia fo eht gniwollof txet si ot ecudortni at co na h s yooh nitsirhC i s t nai ygoloeht sa eht niam ecrof taht - o t l aA DD B gnikaer eht stimiL ts inamuhsoP eht sez imi t igel dna sepahs dna igel t imi sez eht inamuhsoP ts 74 / ni ,hc ihw ni syaw eht wohs ot dna tnemevom dna ot wohs eht syaw ni ihw ,hc ni z e t oB i e r dnA sa hcus sdlefi secneuflni tnemevom siht ,nrut siht tnemevom secneuflni sdlefi hcus sa 7102 P ,msinamuhtso ,noitpmusnoC dna eht erutuF fo eht namuH ,larutluc ,gnitekram lacitirc dna nredomtsop dna lacitirc ,gnitekram ,larutluc ,dna hcraeser remusnoc evi terpretni dna terpretni evi remusnoc hcraeser ,dna auto o le ngeeet icepse ai l l y , eht gnigreme efi dl fo namuhtsoP ydut s s iht , y lgnidroccA .hcraeseR remusnoC .hcraeseR lgnidroccA y , iht s s ydut niht iw snoissucsid gniogno eht ot setubirtnoc ot eht gniogno snoissucsid iw niht A ierdn zetoB hcraeseR remusnoC namuhtsoP fo dlefi eht dlefi fo namuhtsoP remusnoC hcraeseR naigrobyc' ' del lac-os eht fo esir eht gnidrager eht esir fo eht lac-os del ' naigrobyc' s t imi L eh t gn i k a e rB eoopet ogia y remusnoc ' ' . yB gnikat no eht desoporp seuss i serolpxe hcraeser s iht ,hcaorppa iht s hcraeser serolpxe i seuss eht ,yt i tnedi fo erutuf eht ot gniniatrep ot eht erutuf fo tnedi i ,yt eht a o punc n ,serm,tidommoc ,yt stekram , dna tpmusnoc noi ta .er l egra . NSI NBS 8-7337-06-259-879 ( p r i n t de ) SSENISUB + NSI NBS 1-6337-06-259-879 ( dp f ) E MONOC Y L-NSI NSS - L 9971 - 4394 NSI NSS 9971 - 4394 ( p r i n t de ) TRA + NSI NSS 9971 - 2494 ( dp f ) NGISED + HCRA I T TCE ERU ytisrevinU otlaA ytisrevinU nisu fo oohcS l o f uB s i en s s ECNEICS + nite Mfo etrapeD r nemt t o f aM r ek t i gn T E ONHC L GO Y if.otlaa.www . a a l t o . f i R VOSSORC RE COD T RO A L +ihddha*GMFTSH9 COD T RO A L SNOITATRESSID SNOITATRESSID otlaA ytisrevinU 7102 Aalto University publication series DOCTORAL DISSERTATIONS 47/2017 Breaking the Limits Posthumanism, Consumption, and the Future of the Human Andrei Botez Aalto University School of Business Department of Marketing Main dissertation advisor Henrikki Tikkanen, Aalto University School of Business, Finland Opponent Janet L. Borgerson, University of London, United Kingdom Aalto University publication series DOCTORAL DISSERTATIONS 47/2017 © Andrei Botez ISBN 978-952-60-7337-8 (printed) ISBN 978-952-60-7336-1 (pdf) ISSN-L 1799-4934 ISSN 1799-4934 (printed) ISSN 1799-4942 (pdf) http://urn.fi/URN:ISBN:978-952-60-7336-1 Unigrafia Oy Helsinki 2017 Finland Abstract Aalto University, P.O. Box 11000, FI-00076 Aalto www.aalto.fi Author Andrei Botez Name of the doctoral dissertation Breaking the Limits Publisher School of Business Unit Department of Marketing Series Aalto University publication series DOCTORAL DISSERTATIONS 47/2017 Field of research Posthuman Consumer Culture Date of the defence 31 March 2017 Language English Monograph Article dissertation Essay dissertation Abstract In the last couple of decades, a certain vibe made itself felt in both academic and popular circles. The fields of marketing, cultural and interpretivist consumer research (and other related ones, such as e.g. Organization Studies) are no exception. Bearing different names, that breeze quickly became a wind, today being mostly known as the Posthumanist, or the Transhumanist movement. The main aim of my PhD thesis is to introduce Christian theology as the main force that shapes and legitimizes the Poshumanist movement and to show the ways in which, in turn, this movement influences fields such as postmodern and critical marketing, cultural, and interpretive consumer research and, especially, the emerging field of Posthuman Consumer Research. Accordingly, my thesis contributes to the ongoing discussions within the field of Posthuman Consumer Research regarding the rise of the so-called ''cyborgian consumer''. By taking on the proposed approach, this research explores issues pertaining to the future of (biological and technological) identity, the commodity, markets, and consumption at large. Adding to the ongoing discussion, and despite recent research, my thesis does not approach technology and various contemporary philosophical paradigms (e.g. non-representationalism, post-structuralism, speculative realism) as the great disruptors and actors behind the inception of Poshumanism and the cyborg, but rather theology. Therefore, this research identifies and addresses an important oversight in the Posthuman Consumer Culture, i.e. the virtually complete absence of theological analyses. This creates an additional angle of research for the culturally-oriented consumer researchers interested in the subject, but not only. Keywords Posthumanism, transhumanism, consumer culture, theology ISBN (printed) 978-952-60-7337-8 ISBN (pdf) 978-952-60-7336-1 ISSN-L 1799-4934 ISSN (printed) 1799-4934 ISSN (pdf) 1799-4942 Location of publisher Helsinki Location of printing Helsinki Year 2017 Pages 342 urn http://urn.fi/URN:ISBN:978-952-60-7336-1 Acknowledgements Writing and completing this doctoral dissertation has nothing to do with an institutional decision. More than anything it defines a very personal journey of discovery and learning. As a theologian, I believe that everything we do has an impact on our world, on our society, on our institutions and people. Accordingly, we are who we are because of the people we met, the things we touched, the ways we walked, and the spaces we saw. This dissertation contains all that. The pen I used and the keys I pressed were never used or pressed by a single person, but by many, many others beings, human and non-human, simultaneously. Some have names that can be written down, others do not. I would like to start by thanking Henrikki Tikkanen for believing in me since the very beginning. Together with Metropolitan Ambrosius of Helsinki and Joel Hietanen, they formed the original ‘gang’ that welcomed me in Finland, helped and assisted me throughout the long and, more often than not, painful process of completing this text and everything related to it. A big thank you to my colleagues to the Department of Marketing of Aalto University. You received me, the weird theologian with a strong eastern European accent, with open arms. Your encouragements, feedbacks and advices have been invaluable to me. Thanks to Hedon Blakaj, Antti Sihvonen, Ilona Mikkonen, Terhi Väistö (my very first guide through the bureaucratic maze at Aalto), and Jack Tillotson. With the risk of running into overtly emotional territories, I would like to mention Anastasia Seregina and Eevi Huhtamaa for their everything. In addition to the awesome Aalto crowd, there is the theological one, equally awesome, yet slightly scarier. My soul cannot scream a bigger thank you to the monastic community of Chevetogne. I own so much to those amazing people, especially Dom Philippe Vanderheyden, Dom Thomas Pott and Dom Cyrille Vael. Most important of all, my love, friendship and gratitude goes to Tuuli Klaas, Bogdan Nastasiu, and Bogdan Pârâială. For all these years, you have been everything one could hope for in terms of friendship. Lastly, this dissertation would have been impossible also without the financial support of the Helsinki School of Economics Foundation, and the Marketing Department of Aalto University. I cannot appreciate more your trust in my work. Helsinki, 2.02.2017 Botez Andrei 1 Table of Contents A. Introduction ......................................................................... 5 i. Setting the stage .......................................................................... 6 ii. Posthumanism and the emerging field of ‘Posthuman Consumer Culture’ ........................................................................................... 9 ii. a Who are thou, cyborg? ............................................................... 9 ii.b Reading differently: Posthumanism as post-humanities .......... 12 ii. c Posthumanism and the issue of the ‘limit’ ............................... 12 ii. d The notion of limit within marketing and consumer research . 13 ii. e The perceived architects of the Posthumanist matrix ............. 15 iii. Contribution: introducing theology as the main disruptor of limits ............................................................................................. 17 iv. Why theology? ......................................................................... 17 v. Identifying the dogmatic present absences within the Posthumanist discourse ................................................................ 18 vi. What theology has to do with the concept of commodity, the practice of consumption, and the markets? ................................... 20 vii. Implications ............................................................................. 22 viii. Are you in the audience? ........................................................ 23 ix. General structure of the work ................................................... 24 B. Methodology ....................................................................... 26 1. Part. I: Under the heathen sky .......................................... 33 1.1 Introduction ........................................................................ 33 1.2 ‘Allotted by the Great Chain’: the concepts of the Great Chain of Being and Fate .......................................................................... 39 1.3 The sub- and the supra-lunary regions ................................. 42 1.4 Notes on matter, materiality and
Recommended publications
  • The Worship of Augustus Caesar
    J THE WORSHIP OF AUGUSTUS C^SAR DERIVED FROM A STUDY OF COINS, MONUMENTS, CALENDARS, ^RAS AND ASTRONOMICAL AND ASTROLOGICAL CYCLES, THE WHOLE ESTABLISHING A NEW CHRONOLOGY AND SURVEY OF HISTORY AND RELIGION BY ALEXANDER DEL MAR \ NEW YORK PUBLISHED BY THE CAMBRIDGE ENCYCLOPEDIA CO. 62 Reade Street 1900 (All rights reserrecf) \ \ \ COPYRIGHT BY ALEX. DEL MAR 1899. THE WORSHIP OF AUGUSTUS CAESAR. CHAPTERS. PAGE. Prologue, Preface, ........ Vll. Bibliography, ....... xi. I. —The Cycle of the Eclipses, I — II. The Ancient Year of Ten Months, . 6 III. —The Ludi S^eculares and Olympiads, 17 IV. —Astrology of the Divine Year, 39 V. —The Jovian Cycle and Worship, 43 VI. —Various Years of the Incarnation, 51 VII.—^RAS, 62 — VIII. Cycles, ...... 237 IX. —Chronological Problems and Solutions, 281 X. —Manetho's False Chronology, 287 — XI. Forgeries in Stone, .... 295 — XII. The Roman Messiah, .... 302 Index, ........ 335 Corrigenda, ....... 347 PROLOGUE. THE ABYSS OF MISERY AND DEPRAVITY FROM WHICH CHRISTIANITY REDEEMED THE ROMAN EMPIRE CAN NEVER BE FULLY UNDERSTOOD WITHOUT A KNOWLEDGE OF THE IMPIOUS WoA^P OF EM- PERORS TO WHICH EUROPE ONCE BOWED ITS CREDULOUS AND TERRIFIED HEAD. WHEN THIS OMITTED CHAPTER IS RESTORED TO THE HISTORY OF ROME, CHRISTIANITY WILL SPRING A LIFE FOR INTO NEW AND MORE VIGOROUS ; THEN ONLY WILL IT BE PERCEIVED HOW DEEP AND INERADICABLY ITS ROOTS ARE PLANTED, HOW LOFTY ARE ITS BRANCHES AND HOW DEATH- LESS ARE ITS AIMS. PREFACE. collection of data contained in this work was originally in- " THEtended as a guide to the author's studies of Monetary Sys- tems." It was therefore undertaken with the sole object of estab- lishing with precision the dates of ancient history.
    [Show full text]
  • Astronomy Timeline
    Astronomy Timeline Ancient Astronomy: 2800 B.C. to 1600 A.D. 2,800 B.C. – First phase of Stonehenge begins, it is used as a solar/lunar observatory 2,000 B.C. - Egypt and Mesopotamia build first solar/lunar calendars 280 B.C. - Greek astronomer, Aristarchus of Samos shows the Earth revolves around the Sun 240 B.C. - Greek mathematician Eratosthenes measures the circumference of the earth 130 B.C. - Greek astronomer Hipparchus develops the first accurate star map and star catalogue, and a reliable method to predict solar eclipses 46 B.C. - Julius Caesar, after consulting the astronomer Sosigenes of Alexandria, introduces the Julian Calendar, a regular year of 365 days divided into 12 months, and a leap day is added to February every four years 0 A.D. – Start of the Common Era 140 - Greek astronomer Ptolemy develops geocentric theory of the universe with Earth at the center 400 – 1200 – Pacific Islanders use constellations to travel across the Pacific Ocean 1050 – Mayan Pyramid of Kukulkan at Chichén Itzá is also used as calendar 1054 - Chinese astronomers observe supernova in Taurus 1120 - First astronomical observatory built in Cairo, Egypt 1259 - Persian astronomer Nasir al-Din al-Tusi builds Iran’s first astronomical observatory 1420 - Astronomer Ulugh Beg builds astronomical observatory built in Samarkand, Central Asia 1543 - Polish astronomer Nicolaus Copernicus publishes his heliocentric theory of the Universe 1572 - Danish astronomer Tycho Brahe discovers a supernova in constellation of Cassiopeia 1582 - Pope Gregory XIII introduces
    [Show full text]
  • The Curious Case of the Milankovitch Calendar
    Hist. Geo Space Sci., 10, 235–243, 2019 https://doi.org/10.5194/hgss-10-235-2019 © Author(s) 2019. This work is distributed under the Creative Commons Attribution 4.0 License. The curious case of the Milankovitch calendar Nenad Gajic Faculty of Technical Sciences, Trg Dositeja Obradovica´ 6, 21000 Novi Sad, Serbia Correspondence: Nenad Gajic ([email protected]) Received: 20 May 2019 – Revised: 11 August 2019 – Accepted: 23 August 2019 – Published: 26 September 2019 Abstract. The Gregorian calendar, despite being more precise than the Julian (which now lags 13 d behind Earth), will also lag a day behind nature in this millennium. In 1923, Milutin Milankovitch presented a calen- dar of outstanding scientific importance and unprecedented astronomical accuracy, which was accepted at the Ecumenical Congress of Eastern Orthodox churches. However, its adoption is still partial in churches and nonex- istent in civil states, despite nearly a century without a better proposition of calendar reform in terms of both precision and ease of transition, which are important for acceptance. This article reviews the development of calendars throughout history and presents the case of Milankovitch’s, explaining its aims and methodology and why it is sometimes mistakenly identified with the Gregorian because of their long consonance. Religious as- pects are briefly covered, explaining the potential of this calendar to unite secular and religious purposes through improving accuracy in both contexts. 1 Introduction global scientific project called “Climate: Long range Inves- tigation, Mapping, and Prediction” (CLIMAP, 1981), which aimed to reconstruct the worldwide climate history through Milutin Milankovic´ (1879–1958; see Fig.
    [Show full text]
  • The Obelisk of Augustus – Part I Paolo Albèri-Auber (Trieste, Italy)
    The Obelisk Of Augustus – Part I Paolo Albèri-Auber (Trieste, Italy) Preliminary - the Greek Science Scholars generally admit that Antique Greek Science grew out of Assyrian and Egyptian “science”. More correctly, it is generally known that the Assyrians and Egyptians developed some form of “science” but that their “science” was rather different from modern Science. Mainly, it dealt with observation, generally with a very simple mathematical speculation. Geometry, as we know it, was invented by Greek mathematicians: but not only ... Some geometrical-mathematical algorithms such as the “Analemma” and “Stereographical projection” were invented by Greek Scientists: using such mathematical instruments they investigated the deep rules of natural phaenomena (the motion of sun and stars). Aristarcus of Samos, Hipparcus, Ptolemy are only a few of these scientists. So Galileo Galilei many centuries after “...Philosophy (Science) has been written... in this great book of the Universe ...but you cannot read this book if you don’t first learn the language the book has been written with...It has been written in a mathematical language ...the letters are Triangles, Circles... if you don’t study this language it is impossible to understand it...”(Il Saggiatore, 1623) So Greek scientists radically investigated some concealed mathematical-geometrical rules of the “language” of Nature; in fact they did so for the first time in the history of mankind. We should then ask ourselves: did they therefore invent ...Theoretical Physics? It is important to accept these preliminary considerations if you want to comprehend why in the Mars Field in Rome a very important scientific instrument (a Meridian Line) was built in 9 BCE by Emperor Augustus with the seasonal descriptions (zodiacal signs and parapegmata1) written in greek letters2.
    [Show full text]
  • Questions for Greece and Rome: an Integrated History by Dr
    www.YoYoBrain.com - Accelerators for Memory and Learning Questions for Greece and Rome: An Integrated History by Dr. Garland Category: Origins - (4 questions) Where did the Ionian and Dorian Greeks Ionians believed they were indigenous believe they were from Dorians believed they were descendents of Heracles Who was the son of Aeneas, founder of Ascanius who founded city Alba Longa - Rome precursor to Rome Who was the mother of Romulus and Remus Rhea Silvia who was raped by Mars, the god of war Who was the first to suggest in writing that Greek mythographer - Hellanicus from 5th Aeneas was founder of Rome century B.C. Category: Trade & Travel - (3 questions) Commonest form of container in ancient two handled jar - amphora world 2 Greek cities that became centers for transit Rhodes and Delos trade in Hellenistic period What year did Pompey the Great bring 67 B.C. pirates under control Category: Government and Laws - (5 questions) When was the expulsions of kings in Rome 510 B.C. 3 parts of Roman Republic government elected magistrates, popular assemblies and the Senate Earliest Roman law code Law of the Twelve Tables (around 450 B.C.) Earliest surviving Greek law code from Deros on Crete dated around 650 B.C. Under what conditions what testimony of only when given under torture slaves accepted in Greece and Rome Category: Early Encounters - (5 questions) What was southern Italy known as during 6th Magna Graecia or "Great Greece" century B.C. Books of prophecy from pre-500 B.C. that Sibylline Books (compiled by Greeks) Romans believed in 2 leagues in Greece in Hellenistic era Aetolian League to the north Acaean League to the south Trigger event for the First Punic War started over Messana, a Greek colony that controlled the Sicilian Straits What Roman general announced freedom of Flamininus Greeks after defeating Phillip V in 197 Category: Religion - (10 questions) Define: haruspicy examination of entrails When and why were first Greek gods 496 B.C.
    [Show full text]
  • C:\Documents and Settings\Owner\Desktop
    A is for Asimov Annotated index of the 22 Magazine of Fantasy and Science Fiction anthology collections. Prepared by Caroline Minuscule for The Isaac Asimov Project The Thunder Child SF & Fantasy Webzine To be used for research, reference and review First edition: October 29, 2008 The twenty two books in the F & SF series indexed here: Title Code Version 1. Fact and Fancy (1962) FF PB 2. View from a Height (1963) VH HB 3. Adding a Dimension (1964) AD PB 4. Of Time, Space & Other Things (1965) TS PB 5. From Earth to Heaven (1966) EH PB 6. Science, Numbers and I (1968) SN PB 7. The Solar System and Back (1970) SS PB 8. The Stars in Their Courses (1971) SC PB 9. Left Hand of the Electron (1972) LE PB 10. The Tragedy of the Moon (1973) TM PB 11. Of Matters Great & Small (1975) GS PB 12. The Planet That Wasn't (1976) PW HB 13. Quasar, Quasar, Burning Bright (1977) QQ HB 14. The Road to Infinity (1979) RI PB 15. The Sun Shines Bright (1981) SB HB 16. Counting the Eons (1983) CE HB 17. X Stands for Unknown (1984) XU HB 18. The Subatomic Monster (1985) SM PB 19. Far as Human Eye Could See (1987) HE HB 20. The Relativity of Wrong (1988) RW HB 21. Out of The Everywhere (1990) OE PB 22. The Secret of The Universe (1990) SU HB Repackaging: Asimov on Astronomy Asimov on Chemistry Asimov on Physics Asimov on Numbers Asimov on Science These are compiled from essays previously published in the above books.
    [Show full text]
  • Julian Calendar from Wikipedia, the Free Encyclopedia
    Julian calendar From Wikipedia, the free encyclopedia The Julian calendar, proposed by Julius Caesar in 46 BC (708 AUC), was a reform of the Roman calendar.[1] It took effect on 1 January 45 BC (AUC 709), by Calendar Date edict. It was the predominant calendar in the Roman world, most of Europe, and in Gregorian 30 August 2017 European settlements in the Americas and elsewhere, until it was refined and gradually replaced by the Gregorian calendar, promulgated in 1582 by Pope Julian 17 August 2017 Gregory XIII. The Julian calendar gains against the mean tropical year at the rate of one day in 128 years. For the Gregorian the figure is one day in 3,030 years.[2] The difference in the average length of the year between Julian (365.25 days) and Gregorian (365.2425 days) is 0.002%. The Julian calendar has a regular year of 365 days divided into 12 months, as listed in the table below. A leap day is added to February every four years. The Julian year is, therefore, on average 365.25 days long. It was intended to approximate the tropical (solar) year. Although Greek astronomers had known, at least since Hipparchus, a century before the Julian reform, that the tropical year was slightly shorter than 365.25 days, the calendar did not compensate for this difference. As a result, the calendar year gains about three days every four centuries compared to observed equinox times and the seasons. This discrepancy was corrected by the Gregorian reform of 1582. The Gregorian calendar has the same months and month lengths as the Julian calendar, but, in the Gregorian calendar, years evenly divisible by 100 are not leap years, except that years evenly divisible by 400 remain leap years.[3] Consequently—since 14 March 1900 Gregorian/1 March Julian and until 28 February 2100 Gregorian/15 February Julian—the Julian calendar is currently 13 days behind the Gregorian calendar.
    [Show full text]
  • List of Contributors
    List of Contributors Jochen Büttner Jochen Büttner studied physics and philosophy at Universität Konstanz and the Freie Universität Berlin where he received his physics diploma. Since 1998, he has worked as a historian of science at the Max Planck Institute for the History of Science, Berlin, where he completed his Ph.D. thesis on the emergence of Galileo’s new science. Jochen Büttner has studied the role of so-called challenging objects as mediators between practical and theoretical knowledge in early modern mechanics. Within the framework of the Excellence Cluster 264 Topoi, he is currently directing the junior research group “Between Knowledge and Innovation: The Unequal-Armed Balance.” Sven Dupré Sven Dupré is professor of history of art, science, and technology at Utrecht University and the University of Amsterdam. He is the director of the project “Technique in the Arts: Concepts, Practices, Expertise, 1500–1950,” supported by a European Research Council (ERC) Consolidator Grant. Previously, he was professor of history of knowledge at the Freie Universität Berlin and director of the research group “Art and Knowledge in Premodern Europe” at the Max Planck Institute for the History of Science, Berlin. In Spring 2015, he was Robert H. Smith scholar in residence for Renaissance sculpture in context at the Victoria and Albert Museum in London. His recent publications include Embattled Territory: The Circulation of Knowledge in the Spanish Netherlands (Academia Press, 2015), Laboratories of Art: Alchemy and Art Technology from Antiquity to the 18th Century (Springer, 2014), Art and Alchemy: The Mystery of Transformation (Hirmer, 2014), and Translating Knowledge in the Early Modern Low Countries (LIT, 2012).
    [Show full text]
  • Dictionary of Mathematics
    Dictionary of Mathematics English – Spanish | Spanish – English Diccionario de Matemáticas Inglés – Castellano | Castellano – Inglés Kenneth Allen Hornak Lexicographer © 2008 Editorial Castilla La Vieja Copyright 2012 by Kenneth Allen Hornak Editorial Castilla La Vieja, c/o P.O. Box 1356, Lansdowne, Penna. 19050 United States of America PH: (908) 399-6273 e-mail: [email protected] All dictionaries may be seen at: http://www.EditorialCastilla.com Sello: Fachada de la Universidad de Salamanca (ESPAÑA) ISBN: 978-0-9860058-0-0 All rights reserved. No part of this book may be reproduced or transmitted in any form or by any means, electronic or mechanical, including photocopying, recording or by any informational storage or retrieval system without permission in writing from the author Kenneth Allen Hornak. Reservados todos los derechos. Quedan rigurosamente prohibidos la reproducción de este libro, el tratamiento informático, la transmisión de alguna forma o por cualquier medio, ya sea electrónico, mecánico, por fotocopia, por registro u otros medios, sin el permiso previo y por escrito del autor Kenneth Allen Hornak. ACKNOWLEDGEMENTS Among those who have favoured the author with their selfless assistance throughout the extended period of compilation of this dictionary are Andrew Hornak, Norma Hornak, Edward Hornak, Daniel Pritchard and T.S. Gallione. Without their assistance the completion of this work would have been greatly delayed. AGRADECIMIENTOS Entre los que han favorecido al autor con su desinteresada colaboración a lo largo del dilatado período de acopio del material para el presente diccionario figuran Andrew Hornak, Norma Hornak, Edward Hornak, Daniel Pritchard y T.S. Gallione. Sin su ayuda la terminación de esta obra se hubiera demorado grandemente.
    [Show full text]
  • Some Milestones in History of Science About 10,000 Bce, Wolves Were Probably Domesticated
    Some Milestones in History of Science About 10,000 bce, wolves were probably domesticated. By 9000 bce, sheep were probably domesticated in the Middle East. About 7000 bce, there was probably an hallucinagenic mushroom, or 'soma,' cult in the Tassili-n- Ajjer Plateau in the Sahara (McKenna 1992:98-137). By 7000 bce, wheat was domesticated in Mesopotamia. The intoxicating effect of leaven on cereal dough and of warm places on sweet fruits and honey was noticed before men could write. By 6500 bce, goats were domesticated. "These herd animals only gradually revealed their full utility-- sheep developing their woolly fleece over time during the Neolithic, and goats and cows awaiting the spread of lactose tolerance among adult humans and the invention of more digestible dairy products like yogurt and cheese" (O'Connell 2002:19). Between 6250 and 5400 bce at Çatal Hüyük, Turkey, maces, weapons used exclusively against human beings, were being assembled. Also, found were baked clay sling balls, likely a shepherd's weapon of choice (O'Connell 2002:25). About 5500 bce, there was a "sudden proliferation of walled communities" (O'Connell 2002:27). About 4800 bce, there is evidence of astronomical calendar stones on the Nabta plateau, near the Sudanese border in Egypt. A parade of six megaliths mark the position where Sirius, the bright 'Morning Star,' would have risen at the spring solstice. Nearby are other aligned megaliths and a stone circle, perhaps from somewhat later. About 4000 bce, horses were being ridden on the Eurasian steppe by the people of the Sredni Stog culture (Anthony et al.
    [Show full text]
  • Table of Entries Names Preceded by an Article Or Preposition Are Alphabetized by the Next Word in the Name. There Are Two Excep
    Table of Entries Names preceded by an article or preposition are alphabetized by the next word in the name. There are two exceptions: One is the Dutch “Van,” “Van de,” “Van den,” and “Van der.” Another is “Warren De La Rue” (alphabetized under D). (Arabic names are alphabetized under the shortened version of the name.) Abbās Wasīm Efendi Abbe, Cleveland Abbo of Fleury [Abbon de Fleury] Abbot, Charles Greeley Abbott, Francis Abd al-Wājid: Badr al-Dīn Abd al-Wājid [Wāid] ibn Muammad ibn Muammad al-anafī Abetti, Antonio Abetti, Giorgio Abharī: Athīr al-Dīn al-Mufaal ibn Umar ibn al-Mufaal al-Samarqandī al-Abharī Abney, William de Wiveleslie Abū al-Ṣalt: Umayya ibn Abd al-Azīz ibn Abī al-Ṣalt al- Dānī al-Andalusī [Albuzale] Abū al-Uqūl: Abū al-Uqūl Muḥammad ibn Aḥmad al-Ṭabarī Abū Mashar Jafar ibn Muḥammad ibn Umar al-Balkhi [Albumasar] Acyuta Piṣāraṭi Ādami: Abū Alī al-Ḥusayn ibn Muḥammad al-Ādami Adams, John Couch Adams, Walter Sydney Adel, Arthur Adelard of Bath Adhémar, Joseph-Alphonse Aeschylus Aḥmad Mukhtār: Ghāzī Aḥmad Mukhtār Pasha Ainslie, Maurice Anderson Airy, George Biddell Aitken, Robert Grant Albert the Great [Albertus Magnus] Albrecht, Sebastian Alcuin [Alchvine; Ealhwine] [Albinus, Flaccus] Alden, Harold Lee Alexander, Arthur Francis O'Donel Alexander, Stephen Alfonsi, Petrus Alfonso X [Alfonso el Sabio, Alfonso the Learned] Alfvén, Hannes Olof Gösta Alī al-Muwaqqit: Muṣliḥ al-Dīn Muṣṭafā ibn Alī 1 al-Qusṭanṭīnī al-Rūmī al-Ḥanafī al-Muwaqqit Alī ibn Īsā al-Asṭurlābī Alī ibn Khalaf: Abū al-asan ibn Amar al-aydalānī [Alī ibn Khalaf ibn Amar Akhīr (Akhiyar)] Alighieri, Dante Allen, Clabon Walter Aller, Lawrence Hugh Alvarez, Luis Walter Amājūr Family Ambartsumian, Victor Amazaspovitch Amici, Giovanni Battista Āmilī: Bahā al-Dīn Muḥammad ibn Ḥusayn al-Āmilī Ammonius Anaxagoras of Clazomenae Anaximander of Miletus Anaximenes of Miletus Andalò di Negro of Genoa Anderson, Carl David Anderson, John August Anderson, Thomas David Andoyer, Marie-Henri André, M.
    [Show full text]
  • History of Science and Technology Unit I
    KUNTHAVAI NAACHIYAR GOVT. ARTS COLLEGE (WOMEN), THANJAVUR I MA HISTORY, SECOND SEMESTER HISTORY OF SCIENCE AND TECHNOLOGY SUBJECT CODE: 18KP2H08 Prepared by, Dr. P. Vembarasi, Department of History, KNG Arts College (W), Thanjavur UNIT I Development of Science and technology in Ancient Greece ● Greece was the mother of European Science and modern ideas. The scientific spirit developed by the Greeks 2500 years ago laid the foundation for the future European civilization. ● Greek Science arose in the district called lonia, a strip of land on the west coast of Asia Minor and a group of nearby islands. From about 600 B.C., the Greeks made progress in philosophy and geometry. In this period lonia became a renowned centre of learning. ● The wise men of Ionia had an unquenchable thirst for knowledge. They sought reasonable explanations for everything and considered science as a part of philosophy. ● The first great lonic philosopher was Thales of Miletus (C.625-42 B.C.). He believed that all things were made of water.As an astronomer, he learned much about eclipses. His ideas influenced the development of science to a great extent. ● Another man of Miletus, Anaximanes (611 - 547 BC) lived in the sixth century B.C. He believed that the earth was in the form of a flat round disc, floating in a sea of air and that the heavenly bodies revolved around it. He made sundial to calculate time. He stated that the earliest organism lived in water and later it passed to dry land. ● Democritus of Miletus who lived in the fifth century B.C was famous for his atomic theory.
    [Show full text]