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Kumpulam Makalah Tarikh Islam
Mata Kuliah: TARIKH ISLAM SEJARAH CENDIKIAWAN MUSLIM 1 CENDIKIAWAN MUSLIM 1). Al-BIRUNI (973-1048 M) Astronom berjuluk “Guru Segala Ilmu” Nama lengkap beliau adalah Abu Arrayhan Muhammad Ibnu Ahmad Al- Biruni. Dalam sumber lain di tulis Abu Raihan Muhammad Al Bairuni. Beliau lebih terkenal dengan nama Al-Biruni. Nama beliau tercatat dengan tinta emas dalam sejarah sebagai ilmuwan dan filosof Muslim yang serba bisa. Dengan penguasaan beliau terhadap pelbagai ilmu pengetahuan dan bidang lainnya, beliau mendapatkan julukan sebagai “Ustadz fil „ulum” atau guru segala ilmu dan ilmuawan modern menyebut beliau professor par exellence. Meskipun sebagian besar ilmuwan Muslim masa lalu memang memiliki kemampuan multidimensi, namun beliau tampaknya lebih menonjol. Beliau tak hanya menguasai bahasa Arab dan undang-undang islam, tapi juga Sanskrit, Greek, Ibrani dan Syiria. Beliau memiliki pengetahuan tentang filsafat Yunani, yang menjadi salah satu sebab beliau menjadi sarjana agung yang pernah dilahirkan oleh dunia Islam. Beliau berhasil membuktikan, menyandingkan ilmu dan filsafat telah memungkinkan agama bisa terus hidup subur dan berkembang serta membantu meyelesaikan permasalahan yang dihadapi oleh umat. Beliau telah menghasilkan lebih dari 150 buah buku. Di antara buku-buku itu adalah “Al-Jamahir fi Al-Jawahir” yang berbicara mengenai batu-batu permata; “Al-Athar Al-Baqiah” berkaitan kesan-kesan lama peninggalan sejarah, dan “Al-Saidalah fi Al Tibb”, tentang obat-obatan. Penulisan beliau tentang sejarah Islam telah diterjemahkan kedalam bahasa inggris dengan judul “Chronology of Ancient Nation”. Banyak lagi buku tulisan beliau diterbitkan di Eropa dan tersimpan dengan baik di Museum Escorial, Spanyol. Beliau mendirikan pusat kajian astronomi mengenai system tata surya. Kajian beliau dalam bidang sains, matematika dan geometri telah menyelesaikan banyak masalah yang tidak dapat diselesaikan sebelumnya. -
Bibliography
Bibliography Many books were read and researched in the compilation of Binford, L. R, 1983, Working at Archaeology. Academic Press, The Encyclopedic Dictionary of Archaeology: New York. Binford, L. R, and Binford, S. R (eds.), 1968, New Perspectives in American Museum of Natural History, 1993, The First Humans. Archaeology. Aldine, Chicago. HarperSanFrancisco, San Francisco. Braidwood, R 1.,1960, Archaeologists and What They Do. Franklin American Museum of Natural History, 1993, People of the Stone Watts, New York. Age. HarperSanFrancisco, San Francisco. Branigan, Keith (ed.), 1982, The Atlas ofArchaeology. St. Martin's, American Museum of Natural History, 1994, New World and Pacific New York. Civilizations. HarperSanFrancisco, San Francisco. Bray, w., and Tump, D., 1972, Penguin Dictionary ofArchaeology. American Museum of Natural History, 1994, Old World Civiliza Penguin, New York. tions. HarperSanFrancisco, San Francisco. Brennan, L., 1973, Beginner's Guide to Archaeology. Stackpole Ashmore, w., and Sharer, R. J., 1988, Discovering Our Past: A Brief Books, Harrisburg, PA. Introduction to Archaeology. Mayfield, Mountain View, CA. Broderick, M., and Morton, A. A., 1924, A Concise Dictionary of Atkinson, R J. C., 1985, Field Archaeology, 2d ed. Hyperion, New Egyptian Archaeology. Ares Publishers, Chicago. York. Brothwell, D., 1963, Digging Up Bones: The Excavation, Treatment Bacon, E. (ed.), 1976, The Great Archaeologists. Bobbs-Merrill, and Study ofHuman Skeletal Remains. British Museum, London. New York. Brothwell, D., and Higgs, E. (eds.), 1969, Science in Archaeology, Bahn, P., 1993, Collins Dictionary of Archaeology. ABC-CLIO, 2d ed. Thames and Hudson, London. Santa Barbara, CA. Budge, E. A. Wallis, 1929, The Rosetta Stone. Dover, New York. Bahn, P. -
El Solar De Las Miradas
el solar deel solar las de miradas las miradas el solar deel solar las de miradas las miradas de Horacio Tignanelli Tignanelli, Horacio Luis El solar de las miradas. - 1a ed. - La Punta : Universidad de la Punta, 2010. E-Book. ISBN 978-987-1760-09-1 1. Astronomía. I. Título CDD 133.5 Fecha de catalogación: 15/04/2013 Impreso en Argentina Diseño de tapa e interior: Secretaría de Comunicación - Universidad de La Punta Esta edición de 2000 ejemplares se imprimiónen A.B.R.N. Producciones Grácas SRL en el mes de Marzo de 2007 dedicatoriadedicatoria A los astrónomos Alejandro Feinstein, de La Plata, y Hugo Mira, de San Juan, quienes me enseñaron a observar el cielo. prólogosprólogos Palabras de Alicia Bañuelos Bañuelos El Parque Astronómico La Punta Como compartimos plenamente esa idea de Hawkings, el Parque Astronómico es una de (PALP) tiene como objetivo contribuir a la sus contribuciones de la ULP para su concreción en nuestro medio. difusión de algunos conceptos básicos de la astronomía observacional y, a través de Los científicos estiman que la edad de nuestro universo es de unos 15.000 millones de ella, contribuir a la mejora de la enseñan- años. La edad de nuestro planeta, en cambio, se calcula en 4.500 millones de años. Pero za de las ciencias naturales. sólo hace 11 mil años, ayer nomás, nuestra joven especie, domesticó animales y plantas, es decir descubrimos la agricultura. Debimos entender cómo se sucedían las estaciones para Con ese propósito, la Universidad adecuar las siembras y las cosechas. Nos dimos cuenta tempranamente que necesitamos de La Punta (ULP) tomó la iniciativa de entender y predecir los fenómenos naturales. -
Muslim Scientists and Thinkers
MUSLIM SCIENTISTS AND THINKERS Syed Aslam Second edition 2010 Copyright 2010 by Syed Aslam Publisher The Muslim Observer 29004 W. Eight Mile Road Farmington, MI 48336 Cover Statue of Ibn Rushd Cordoba, Spain ISBN 978-1-61584-980-2 Printed in India Lok-Hit Offset Shah-e-Alam Ahmedabad Gujarat ii Dedicated to Ibn Rushd and other Scientists and Thinkers of the Islamic Golden Age iii CONTENTS Acknowledgments ................................................VI Foreword .............................................................VII Introduction ..........................................................1 1 Concept of Knowledge in Islam ............................8 2 Abu Musa Jabir Ibn Hayyan..................................25 3 Al-Jahiz abu Uthman Ibn Bahar ...........................31 4 Muhammad Ibn Musa al-Khwarizmi....................35 5 Abu Yaqoub Ibn Ishaq al-Kindi ............................40 6 Muhammad bin Zakaria Razi ...............................45 7 Jabir ibn Sinan al-Batani.......................................51 8 Abu Nasar Mohammad ibn al-Farabi....................55 9 Abu Wafa ibn Ismail al-Buzjani ...........................61 10 Abu Ali al-Hasan ibn al-Haytham .......................66 11 Abu Rayhan ibn al-Biruni ....................................71 12 Ali al-Hussain ibn Sina ........................................77 13 Abu Qasim ibn al-Zahrawi ..................................83 iv 14 Omar Khayyam ...................................................88 15 Abu Hamid al-Ghazali .........................................93 -
March - May 2002 REGISTRATIONS
NEW ORCHID HYBRIDS March - May 2002 REGISTRATIONS Supplied by the Royal Horticultural Society as International Cultivar Registration Authority for Orchid Hybrids NAME PARENTAGE REGISTERED BY (O/U = Originator unknown) AËRIDOVANDA Diane de Olazarra Aër. lawrenceae x V. Robert's Delight R.F. Orchids ANGULOCASTE Shimazaki Lyc. Concentration x Angcst. Olympus Kokusai(J.Shimazaki) ASCOCENDA Adkins Calm Sky Ascda. Meda Arnold x Ascda. Adkins Purple Sea Adkins Orch.(O/U) Adkins Purple Sea Ascda. Navy Blue x V. Varavuth Adkins Orch.(O/U) Gold Sparkler Ascda. Crownfox Sparkler x Ascda. Fuchs Gold R.F. Orchids Marty Brick V. lamellata x Ascda. Motes Mandarin Motes Mary Zick V. Doctor Anek x Ascda. Crownfox Inferno R.F. Orchids Mary's Friend Valerie Ascda. John De Biase x Ascda. Nopawan Motes Thai Classic V. Kultana Gold x Ascda. Fuchs Gold How Wai Ron(R.F.Orchids) BARDENDRUM Cosmo-Pixie Bard. Nanboh Pixy x Bark. skinneri Kokusai Pink Cloud Epi. centradenium x Bark. whartoniana Hoosier(Glicenstein/Hoosier) Risque Epi. Phillips Jesup x Bark. whartoniana Hoosier(Glicenstein/Hoosier) BRASSOCATTLEYA Ernesto Alavarce Bc. Pastoral x C. Nerto R.B.Cooke(R.Altenburg) Maidosa Bc. Maikai x B. nodosa S.Benjamin Nobile's Pink Pitch Bc. Pink Dinah x Bc. Orglade's Pink Paws S.Barani BRASSOLAELIOCATTLEYA Angel's Glory Bl. Morning Glory x C. Angelwalker H & R Beautiful Morning Bl. Morning Glory x Lc. Bonanza Queen H & R Castle Titanic Blc. Oconee x Lc. Florália's Triumph Orchidcastle Clearwater Gold Blc. Waikiki Gold x Blc. Yellow Peril R.B.Cooke(O/U) Copper Clad Lc. Lee Langford x Blc. -
The Neolithic and Early Bronze Age
THE NEOLITHIC AND EARLY BRONZE AGE IN THE FIRTH OF CLYDE ISOBEL MARY HUGHES VOLUMEI Thesis submitted for the degree of Ph. D. Department of Archaeology The University of Glasgow October 1987 0 Isobel M Hughes, 1987. In memory of my mother, and of my father - John Gervase Riddell M. A., D. D., one time Professor of Divinity, University of Glasgow. 7727 LJ r'- I 1GLASGOW UNIVERSITY LIBRARY i CONTENTS i " VOLUME I LIST OF TABLES xii LIST OF FIGURES xvi LIST OF PLATES xix ACKNOWLEDGEMENTS xx SUMMARY xxii PREFACE xxiv CHAPTER 1 INTRODUCTION 1 1.1 Field of Enquiry 1.2 Approaches to a Social Archaeology 1.2.1 Introduction 1.2.2 Understanding Change 1.2.3 The Nature of the Evidence 1.2.4 Megalithic Cairns and Neolithic Society 1.2.5 Monuments -a Lasting Impression 1.2.6 The Emergence of Individual Power 1.3 Aims, Objectives and Methodology 11 ý1 t ii CHAPTER2 AREA OF STUDY - PHYSICAL FEATURES 20 2.1 Location and Extent 2.2 Definition 2.3 Landforms 2.3.1 Introduction 2.3.2 Highland and Island 2.3.3 Midland Valley 2.3.4 Southern Upland 2.3.5 Climate 2.4 Aspects of the Environment in Prehistory 2.4.1 Introduction 2.4.2 Raised Beach Formation 2.4.3 Vegetation 2.4.4 Climate 2.4.5 Soils CHAPTER 3 FORMATION OF THE ARCHAEOLOGICAL RECORD 38 3.1 Introduction 3.1.1 Definition 3.1.2 Initiation 3.1.3 Social and Economic Change iii 3.2 Period before 1780 3.2.1 The Archaeological Record 3.2.2 Social and Economic Development 3.3 Period 1780 - 1845 3.3.1 The Archaeological Record 3.3.2 Social and Economic Development 3.4 Period 1845 - 1914 3.4.1 Social and Economic -
Lectures Take Place on Thursdays at 1.30-3.30 in Astley Clarke 10, Except Where Otherwise Stated
An Undergraduate-level Learning Resource Transcript of Archaeoastronomy Course, University of Leicester, 2003 © Professor Clive Ruggles Emeritus Professor of Archaeoastronomy, MA (Cantab.), DPhil (Oxon.) FSA http://www.cliveruggles.net/ For information and as a resource, we offer the complete archaeoastronomy course material online here as it was given to students in the spring term 2003. The introduction follows below, or you can use the navigation on the left to browse the course content. Course AR3015: An Introduction to Archaeoastronomy Archaeoastronomy has emerged in the last three decades as a thriving 'interdiscipline', but it is one that continues to be viewed with suspicion by many mainstream archaeologists. Together with what has become known as ethnoastronomy or cultural astronomy, it strives to comprehend the nature and meaning of astronomical practice in past (as well as modern non-Western) societies. This has tended to be of particular interest to astronomers and historians of science, but for the archaeologist or anthropologist forms merely one aspect of the study of human societies in general. It is an important one, though: the movements of the heavenly bodies are of almost universal concern, even amongst small bands of hunter-gatherers. Stellar lore and astronomical practice invariably form part of a broader frameworks of understanding--cosmologies--which define and dictate the nature, place and timing of various human actions. Archaeoastronomical investigations involve the integration and interpretation of evidence from widely ranging fields such as archaeology, history, anthropology, astronomy, and statistics, and require a well-developed critical perspective in all of them. This in itself raises some fascinating methodological issues: differences of approach, misunderstandings and ignorance lay behind many of the interdisciplinary conflicts of the 1960s and 1970s concerning Stonehenge and "megalithic astronomy", and many other controversies that have arisen since then. -
Aristarchus' Derivation of the Sun's Distance
A HISTORY OF ASTRONOMY APPENDICES present stabie atoms have been formed in long periods of development out of the original bulk of protons, the remainder of which appears in the spectra of the A-type stars, the prominences on the sun, and the APPENDIX A water on earth, the basic matter of all organisms, including ourselves- without water, no protoplasm and no life would have been possible. This means that in those cosmie furnaces-the central parts de ep in the ARISTARCHUS' DERIVATION OF THE stars-the entire world was, and still is, fabricated, the materials con- SUN'S DISTANCE stituting its matter as well as the radiations constituting its life. It is this life which appears, greatly weakened, at the hot stellar surfaces and, again a thousand times weakened, transformed into the life-energy of Aristarehus' seventh proposition is the most important, sinee it is there that living beings. the essential numerical result is derived. The demonstration is interesting Another difficulty arises: to penetrate into the heavier nuclei, hence enough, in .ts value to future astronomy, to reproduee it here in brief. In the to build the heavier atoms, theory may demand still greater densities figure Arepresents the position of the sun, B of the earth, C of the moon and greater veloeities of the protons, corresponding to still higher tem- when seen halved. Henee angle EBD=angle BAC=3°. Let the angle FBE( =45°) be biseeted by BG. Sinee the ratio ofa great and a small tangent peratures of hundreds or thousands of millions of degrees; these we do to a eircle is greater than the ratio of the underlying arcs and angles, the not find even in the steIlar interiors. -
Neolithic Scotland: Scarf Panel Report
Neolithic Scotland: ScARF Panel Report Images © as noted in the text ScARF Summary Neolithic Panel Document June 2012 1 ScARF Summary Neolithic Report Kenny Brophy & Alison Sheridan (editors) With panel member contributions from John Barber, Kenneth Brophy, Vicki Cummings, Gavin MacGregor, Jane Murray, Gordon Noble, Alison Sheridan, Richard Tipping, and Graeme Warren. For contributions, images, feedback, critical comment and participation at workshops: Patrick Ashmore, Torben Bjarke Ballin, Richard Bradley, Nick Card, Anne Clarke, Gabriel Cooney, Rebecca Crozier, Mark Edmonds, Julie Franklin, Shannon Fraser, Dorothy Graves, Ann MacSween, Rowan McLaughlin, Nigel Melton, Roger Mercer, Kirsty Millican, Jane Murray, Yvan Pallier, Emma Philip, Colin Richards, Alan Saville, Rick Schulting, Richard Strachan, Julian Thomas, Scott Timpany, Clive Waddington, Alastair Whittle, and Caroline Wickham-Jones, and Rebecca Younger. NB: 1st June 2012 - Some figures, references and bibliography will be updated in this report over the next few days. If you wish to be notified when the report is finalised, please email the ScARF team at [email protected] or check the ScARF website at www.scottishheritagehub.com i ScARF Neolithic Panel Report Executive Summary Why research Neolithic Scotland? The appearance in Scotland of domesticated animals and plants, and of novel technology (pottery manufacture), material culture, monuments, traditions, practices and beliefs – the elements that define what we call the Neolithic – marks a major change from what had gone -
Ince the Beginning of Mankind People Have Been Fascinated by the Sky
Jacob’s staff, also known as cross-staff or ballastella. The instrument served to measure heights and angular distances of celestial objects, measure the height of mountains or towers and navigate at sea and consisted of a pole Parallactic ruler or triquetrum (3 arms or staff along which a cross-piece slid; the position of the cross-piece was making up a triangle) determining the marked on the main staff parallax of the Moon – the apparent change in its position resulting from the movement of the observer staying on Earth Galileo’s telescopes; lenses were known from the 10th century in China, and from late 13th century they were in use in Europe; Galileo used his telescope in his observations between 1609 and 1611 FIRST ASTRONOMIC INSTRUMENTS ince the beginning of mankind people have been fascinated by the sky. They looked up into it to explain day and night, the seasons, the path of the Sun, the Johannes Hevelius’ sextant rainy and dry seasons, the sowing seasons and harvests. Time was measured based on the position of the Sun and the phases of the Moon. Thus, astronomy was a response to the practical needs of mankind. Astronomers observed the Moon, the Sun and planets and calculated tables that described their movements. As early as three thousand years B.C., people were able to determine directions on the horizon and knew how to calculate points of reference on land (benchmarks) and to measure astronomic time, coordinates of the stars and diameters of the Sun and the Moon. Gnomon was the simplest astronomic instrument. -
Alexander Thom
M E G A L I T H I C S I T E S I N B R I T A I N BY A. THOM Chapter 1. Introduction Chapter 2. Statistical Ideas Chapter 3. Astronomical Background Chapter 4. Mathematical Background Chapter 5. The Megalithic Yard Chapter 13. The Extinction Angle Chapter 14. Conclusions List of Figures, Tables and Sites (added) OXFORD AT THE CLARENDON PRESS [ 1971 ] 1. INTRODUCTION–Selected from hundreds of small-scale copies of surveys made by Professor Thom over the past thirty years, examples are chosen to illustrate some of the conclusions that can be drawn regarding the knowledge possessed by Megalithic builders. Attention is concentrated almost entirely on circles, rings, outliers and their alignments. A standard unit of length – the Megalithic Yard (MY) = 2.72 feet used through-out Megalithic Britain during the period 2000 –1600 BC is established. The study embraces Megalithic astronomy & mathematics including geometry, circles, ellipses & pythagorean triangles. 450 sites were visited, 300 surveyed. 2. STATISTICAL IDEAS–Probable error and standard deviation; standard deviation of the mean; quantum hypotheses; variance of the quantum; Figure 2.1: Probability Levels; use of Broadbent’s Criterion; Figure 2.2: Test of a quantum hypothesis (after Broadbent) and a worked example. 3. ASTRONOMICAL BACKGROUND–Declination, altitude, refraction, dip, the extinction angle (see also Chapter 13) parallax and azimuth. Coordinates of a celestial body (Fig. 3.1). Aspect of the eastern sky 2000 BC; 55 N. Latitude (Fig. 3.2). The relationship between declination, azimuth and altitude (Table 3.1); the position of Earth’s orbit (Fig. -
Background Notes to Neolithic Cosmology
Mercer, R. 2014 ScARF Downloads: Background notes to Neolithic cosmology Background Notes to Neolithic Cosmology Interest in the cosmological significance of the design and use of Scottish Neolithic monuments began early with the work of Sir Norman Lockyer (1909) who, excited by his analysis of the solstitial alignments at Stonehenge, sought to extend his observations to the avenues and circles of Callanish, Isle of Lewis, and, also, to examine the stone circles surveyed by F.R. Coles –the recumbent stone circles of Aberdeenshire. Lockyer’s basis for this interest was his research among Egyptian monuments, their alignment on primary solstitial events and the relevance of these to the practice of farming. He also had conceived the interesting idea that if astronomical alignments could be tied to the observation of particular celestial bodies, then the movement of those bodies over time would allow calculations to be made that would reveal the date of construction of the monument. His inspection of the Recumbent Stone Circles of Aberdeenshire led him to conclude “that the Aberdeen circles are more than a thousand years younger than those of Cornwall and the West coast” (1909, 408). Indeed, as Richard Bradley has demonstrated, this was an entirely appropriate estimate . Lockyer’s work at Callanish focused on the N-S alignment of the main orthostatic avenue and his work was succeeded at the site almost immediately by Captain (later Admiral) H. Boyle Somerville (of the family who generated one of the ‘Somerville and Ross’ girls, Somerville became the first naval officer seconded to the British Secret Service in 1919 and was murdered by the IRA in 1936).