Pyramids of the Giza Plateau Pyramid Complexes of Khufu, Khafre, and Menkaure
Total Page:16
File Type:pdf, Size:1020Kb
Load more
Recommended publications
-
Miss in the Middle
Miss in the middle By: Gal Leonard Keret Miss in the Middle Attacks on IDEA, Khufu and Khafre • Written by: – Prof. Eli Biham. – Prof. Alex Biryukov. – Prof. Adi Shamir. Introduction • So far we used traditional differential which predict and detect statistical events of highest possible probability. Introduction • A new approach is to search for events with probability one, whose condition cannot be met together (events that never happen). Impossible Differential • Random permutation: 휎 푀0 = 푎푛푦 퐶 표푓 푠푖푧푒 푀0. • Cipher (not perfect): 퐸 푀0 = 푠표푚푒 퐶 표푓 푠푖푧푒 푀0. • Events (푚 ↛ 푐) that never happen distinguish a cipher from a random permutation. Impossible Differential • Impossible events (푚 ↛ 푐) can help performing key elimination. • All the keys that lead to impossibility are obviously wrong. • This way we can filter wrong key guesses and leaving the correct key. Enigma – for example • Some of the attacks on Enigma were based on the observation that letters can not be encrypted to themselves. 퐸푛푖푔푚푎(푀0) ≠ 푀0 In General • (푀0, 퐶1) is a pair. If 푀0 푀0 → 퐶1. • 푀 ↛ 퐶 . 0 0 Some rounds For any key • ∀ 푘푒푦| 퐶1 → 퐶0 ↛ is an impossible key. Cannot lead to 퐶0. Some rounds Find each keys Decrypt 퐶1back to 퐶0. IDEA • International Data Encryption Algorithm. • First described in 1991. • Block cipher. • Symmetric. • Key sizes: 128 bits. • Block sizes: 64 bits. ⊕ - XOR. ⊞ - Addition modulo 216 ⊙ - Multiplication modulo 216+1 Encryption security • Combination of different mathematical groups. • Creation of "incompatibility“: ∗ • 푍216+1 → 푍216 ∗ • 푍216 → 푍216+1 ∗ ∗ Remark: 푍216+1 doesn’t contain 0 like 푍216 , so in 푍216+1 0 will be converted to 216 since 0 ≡ 216(푚표푑 216). -
2019-Egypt-Skydive.Pdf
Giza Pyramids Skydive Adventure February 15-19, 2019 “Yesterday we fell over the pyramids of Giza. Today we climbed into the King’s Chamber of the Great Pyramid. I could not think of any other way on (or above) the earth to experience all of the awe inspiring mysteries that this world has to offer.” JUMP Like a Pharaoh in 2019 Start making plans now for our first Tandem Jump Adventure over the Pyramids of Giza! Tandem Skydive over the Great Giza Pyramid, one of the Seven Ancient Wonders of the World. Leap from an Egyptian military Hercules C-130 and land between the pyramids. No prior skydiving experience is necessary….just bring your sense of adventure! Skydive Egypt – Sample Itinerary February 15th-19th, 2019 Day 1, February 15 – Arrival Arrive in Cairo, Egypt at own expense Met by Incredible Adventures Representative Transfer to Mercure La Sphinx Hotel * Days 2, 3 - February 16 – 17 – Designated Jump Days** Arrive at Drop Zone Review and sign any necessary waivers Group briefing and equipment fitting Review of aircraft safety procedures and features Individual training with assigned tandem master Complete incredible Great Giza Tandem Skydive Day 4 (5) – February 18 (19) Free Day for Sightseeing & Jump Back-Up Day - Depart Egypt Note: Hotel room will be kept until check-out time on the 19th. American clients should plan to depart on an “overnight flight” leaving after midnight on the 18th. * Designated hotel may change, based on availability. Upgrade to the Marriott Mena for an additional fee. ** You’ll be scheduled in advance to tandem jump on Day 2 or 3, with Day 4 serving as a weather back-up day. -
Nefertkauw, the Eldest Daughter of Sneferuw. 97
Sonderabdruck aus ZEITSCHRIFT FOR AGYPTISCHE SPRACHE UND ALTERTUMSKUNDE HERAUSGEGEBEN VON GEORG STEINDORFF 64. BAND ZWEITES HEFT MIT DREI TAFELN UND EINER ABBILDUNG IM TEXT LEIPZIG J. C. HINRICHS’SSCHE BUCHHANDLUNG 1929 Band 64.] G. REISNER:Nefertkauw, the eldest daughter of Sneferuw. 97 Nefertkauw, the eldest daughter of Sneferuw. Von GEORGE REISNER. Hierzu die Tafeln II und III. Prof. SETHEin Vol. 50, page 57, of this journal, printed an article entitled, “Das Fehlen des Begriffes der Blutschande bei den alten Ägyptern”, in which he concluded that Prince Neferma’at (of Giza) was the son of Sneferuw andhis eldest daughter, Nefertkauw. The conclusion was based on an emendation of the text above the false door in the tomb of Sneferuwkhaf at Giza to read: “The king of Upper and Lower Egypt, Sneferuw; his eldest daughter, Nefertkauw ; their son, Neferma’at; his son, Sneferuwkhaf”“. The con- clusion is maintained in a further article, “Zum Inzest des Sneferu” in Vol. 54, p. 54. During the month of February 1926, the Harvard-Boston Expedition excavated the area which contains the tomb of Sneferuwkhaf. From the secret tomb of Hetep- heres southwards runs the great street which we call “Queens Street’’ which separates the mastabas of the sons and daughters of Cheops from the pyramids of his queens. The CEM.G7000 WEST SIDE three small pyramids and the northernmost row of mastabas were built by Cheops and bear the name of one of the working crews found in the king’s pyramid. The casings of the royal mastabas in the second row and southwards were constructed in the time of Chephren. -
Sphinx Sphinx
SPHINX SPHINX History of a Monument CHRISTIANE ZIVIE-COCHE translated from the French by DAVID LORTON Cornell University Press Ithaca & London Original French edition, Sphinx! Le Pen la Terreur: Histoire d'une Statue, copyright © 1997 by Editions Noesis, Paris. All Rights Reserved. English translation copyright © 2002 by Cornell University All rights reserved. Except for brief quotations in a review, this book, or parts thereof, must not be reproduced in any form without permission in writing from the publisher. For information, address Cornell University Press, Sage House, 512 East State Street, Ithaca, New York 14850. First published 2002 by Cornell University Press Printed in the United States of America Library of Congress Cataloging-in-Publication Data Zivie-Coche, Christiane. Sphinx : history of a moument / Christiane Zivie-Coche ; translated from the French By David Lorton. p. cm. Includes bibliographical references and index. ISBN 0-8014-3962-0 (cloth : alk. paper) 1. Great Sphinx (Egypt)—History. I.Tide. DT62.S7 Z58 2002 932—dc2i 2002005494 Cornell University Press strives to use environmentally responsible suppliers and materials to the fullest extent possible in the publishing of its books. Such materi als include vegetable-based, low-VOC inks and acid-free papers that are recycled, totally chlorine-free, or partly composed of nonwood fibers. For further informa tion, visit our website at www.cornellpress.cornell.edu. Cloth printing 10 987654321 TO YOU PIEDRA en la piedra, el hombre, donde estuvo? —Canto general, Pablo Neruda Contents Acknowledgments ix Translator's Note xi Chronology xiii Introduction I 1. Sphinx—Sphinxes 4 The Hybrid Nature of the Sphinx The Word Sphinx 2. -
The Inventory Stele: More Fact Than Fiction
Archaeological Discovery, 2018, 6, 103-161 http://www.scirp.org/journal/ad ISSN Online: 2331-1967 ISSN Print: 2331-1959 The Inventory Stele: More Fact than Fiction Manu Seyfzadeh1, Robert M. Schoch2 1Independent Researcher, Lake Forest, CA, USA 2Institute for the Study of the Origins of Civilization, College of General Studies, Boston University, Boston, MA, USA How to cite this paper: Seyfzadeh, M., & Abstract Schoch, R. M. (2018). The Inventory Stele: More Fact than Fiction. Archaeological The Inventory Stele tells a story about Khufu and the Great Sphinx which Discovery, 6, 103-161. contradicts the current mainstream narrative of when the Sphinx was carved. https://doi.org/10.4236/ad.2018.62007 The story’s historical relevance has long been challenged based on its mention of names and certain details which are believed to be anachronistic to the time Received: March 6, 2018 Accepted: April 16, 2018 of Khufu. Here, we address the elements commonly cited by the critics one by Published: April 19, 2018 one and find that they are largely based on misconceptions in part due to er- rors and oversights contained in the two commonly referenced translations Copyright © 2018 by authors and and based on a missing context which relates to the economics and symbolism Scientific Research Publishing Inc. of supplying provisions to the royal house. We reconstruct a more plausible This work is licensed under the Creative Commons Attribution International scenario of why and when the text may have been originally composed and License (CC BY 4.0). who its target audience was. From our analysis we conclude that while we http://creativecommons.org/licenses/by/4.0/ cannot rule out a couple of minor modifications of names from the original Open Access th written version we date to the 5 Dynasty, there is no plausible reason to dis- miss the entire account recorded in this Late Period version on those grounds alone and that the events it describes appear more factual than fictitious. -
Architecture and the Pyramids of Giza Known As “The Age of the Pyramids,” the Old Kingdom Was Characterized by Revolutionary
Architecture and the Pyramids of Giza Known as “the Age of the Pyramids,” the Old Kingdom was characterized by revolutionary advancements in architecture. Figure 1: The Pyramids of Giza This view shows all three pyramid structures: the Great Pyramid, the Pyramid of Khafre, and the Pyramid of Menkaure. The Old Kingdom (2686 BC - 2182 BC) was a period of political stability and economic prosperity, during which great tombs were built for Egyptian Kings in the form of pyramids. The first king to launch a major pyramid building project was King Djoser, who built his famous “Step Pyramid” at Saqqara. The Pyramids of Giza are the greatest architectural achievement of the time, and include three pyramid structures and the Great Sphinx monument. It would have taken several thousand workers decades to complete just one pyramid. While we know that the stone for the pyramids was quarried, transported and cut from the nearby Nile, we still cannot be sure just how the massive stones were then put into place. While stone was generally reserved for tombs and temples, sun-baked mud bricks were used in the construction of Egyptian houses, palaces, fortresses, and town walls. Note: Limestone is an abundant rock of marine and freshwater sediments, primarily composed of calcite (CaCO₃). It occurs in a variety of forms, both crystalline and amorphous. To quarry means to obtain (mine) stone from an excavation pit, usually by blasting, cutting, or digging. A quarry is a site for mining stone, limestone or slate. A sphinx was a creature with the head of a human and the body of an animal (commonly a lion). -
Die Grabanlagen Der Königin Hetepheres 11
46 P. J an 0 si: Grabanlagen ZÄS 123 (1996) PETER JA.NOSI Die Grabanlagen der Königin Hetepheres 11. Königin Hetepheres H., eine Enkelin Hetepheres' 1., wird allgemein mit drei Grabanlagen in Giza in Verbindung gebracht: mit den Mastabas G 7110-7120, G 7350 und G 7530-7540, die alle östlich der Cheopspyramide liegen I (Abb. 1). In welcher der drei Anlagen die Köni• gin tatsächlich bestattet war und warum sie mit diesen Gräbern in Verbindung gebracht wird, beruht vor allem auf den Rekonstruktionen von George A. Reisner, dem Ausgräber 2 der Nekropole G 7000 . Seine Versuche, die Geschichte der Gizanekropole anhand der archäologischen Befunde, der Architektur, Reliefs, Inschriften und der (von ihm rekonstru ierten) Familienbeziehungen zu erklären und in weiterer Folge damit auch eine Geschichte der 4. Dynastie zu entwerfen, bilden bis heute das Fundament für jene Epoche. An den An fang sei daher eine Zusammenfassung der Reisnerschen Ergebnisse und Rekonstruktionen gestellt, die mit unterschiedlichen Abwandlungen Eingang in die ägyptologische Literatur gefunden haben. Alle Informationen über Hetepheres H. stammen aus dem Grab ihrer Tochter Meresanch III. in Giza (G 7530-7540) (Abb. 1, 3t Aus den Inschriften und Darstellungen in diesem Grab 4 geht hervor, daß Hetepheres 11. eine Tochter des Cheops war • In diesem Grab wird Prinz Kawab, der Besitzer der Mastaba G 7110-7120, als Vater der Meresanch IrI. genannt Uf.s .. .Klw cbt Er gilt aufgrund der Position seines Grabes unmittelbar östlich der Königinnen• pyramide G I-a (Abb. 1) als Sohn des Cheops. Kawab und Hetepheres H. waren die Eltern der Meresanch IIL6 Als Schwester oder Halbschwester und Gemahlin des Kawab sollte I PM HF, 187, 193, 197ff. -
Who's Who in Ancient Egypt
Who’s Who IN ANCIENT EGYPT Available from Routledge worldwide: Who’s Who in Ancient Egypt Michael Rice Who’s Who in the Ancient Near East Gwendolyn Leick Who’s Who in Classical Mythology Michael Grant and John Hazel Who’s Who in World Politics Alan Palmer Who’s Who in Dickens Donald Hawes Who’s Who in Jewish History Joan Comay, new edition revised by Lavinia Cohn-Sherbok Who’s Who in Military History John Keegan and Andrew Wheatcroft Who’s Who in Nazi Germany Robert S.Wistrich Who’s Who in the New Testament Ronald Brownrigg Who’s Who in Non-Classical Mythology Egerton Sykes, new edition revised by Alan Kendall Who’s Who in the Old Testament Joan Comay Who’s Who in Russia since 1900 Martin McCauley Who’s Who in Shakespeare Peter Quennell and Hamish Johnson Who’s Who in World War Two Edited by John Keegan Who’s Who IN ANCIENT EGYPT Michael Rice 0 London and New York First published 1999 by Routledge 11 New Fetter Lane, London EC4P 4EE Simultaneously published in the USA and Canada by Routledge 29 West 35th Street, New York, NY 10001 Routledge is an imprint of the Taylor & Francis Group This edition published in the Taylor & Francis e-Library, 2004. © 1999 Michael Rice The right of Michael Rice to be identified as the Author of this Work has been asserted by him in accordance with the Copyright, Designs and Patents Act 1988 All rights reserved. No part of this book may be reprinted or reproduced or utilised in any form or by any electronic, mechanical, or other means, now known or hereafter invented, including photocopying and recording, or in any information storage or retrieval system, without permission in writing from the publishers. -
Miss in the Middle Attacks on IDEA and Khufu
Miss in the Middle Attacks on IDEA and Khufu Eli Biham? Alex Biryukov?? Adi Shamir??? Abstract. In a recent paper we developed a new cryptanalytic techni- que based on impossible differentials, and used it to attack the Skipjack encryption algorithm reduced from 32 to 31 rounds. In this paper we describe the application of this technique to the block ciphers IDEA and Khufu. In both cases the new attacks cover more rounds than the best currently known attacks. This demonstrates the power of the new cryptanalytic technique, shows that it is applicable to a larger class of cryptosystems, and develops new technical tools for applying it in new situations. 1 Introduction In [5,17] a new cryptanalytic technique based on impossible differentials was proposed, and its application to Skipjack [28] and DEAL [17] was described. In this paper we apply this technique to the IDEA and Khufu cryptosystems. Our new attacks are much more efficient and cover more rounds than the best previously known attacks on these ciphers. The main idea behind these new attacks is a bit counter-intuitive. Unlike tra- ditional differential and linear cryptanalysis which predict and detect statistical events of highest possible probability, our new approach is to search for events that never happen. Such impossible events are then used to distinguish the ci- pher from a random permutation, or to perform key elimination (a candidate key is obviously wrong if it leads to an impossible event). The fact that impossible events can be useful in cryptanalysis is an old idea (for example, some of the attacks on Enigma were based on the observation that letters can not be encrypted to themselves). -
The Seven Ancient Wonders of the World By: Samyak Gupta
The Seven Ancient Wonders of the World By: Samyak Gupta Table of Contents Table of Contents Page 2 Introduction Page 3 Chapter I: Wonders in Africa Page 4 Chapter II: Wonders in Europe Page 8 Chapter III: Wonders in Asia Page 11 Conclusion Page 16 Bibliography Page 17 Image Credits Page 18 2 Introduction For my expert project, I chose the seven ancient wonders of the world. I chose them because I am extremely intrigued by ancient civilizations and the massive structures they built. My biggest questions about my topic were, “Why did people go to such great lengths to make such big monuments?”, “What makes wonders, wonders?'' and “What was the purpose of each wonder?” I got interested in this topic when my family took a trip to France over spring break in 2019. Specifically, I went to the ancient city, Glanum. Glanum was ruled by three different empires at three different periods of time. The Greeks to the Celtic-Ligurian period and the Romans. The city intrigued me, and I wanted to learn how all of this was made and why. When I first started researching I thought that my topic would be loaded with information about everything. As soon as I went deeper I started to realize that there was not a lot of information at all. I then became aware of the fact that most of the Ancient wonders were destroyed thousands of years ago, so it would be difficult for people to find information to work with. I scraped together all the information I could find and made my expert paper. -
Architecture and Mathematics in Ancient Egypt
ARCHITECTURE AND MATHEMATICS IN ANCIENT EGYPT In this fascinating new study, architect and Egyptologist Corinna Rossi analyses the relationship between mathematics and architecture in ancient Egypt by explor- ing the use of numbers and geometrical figures in ancient architectural projects and buildings. While previous architectural studies have searched for abstract ‘universal rules’ to explain the history of Egyptian architecture, Rossi attempts to reconcile the different approaches of archaeologists, architects and historians of mathematics into a single coherent picture. Using a study of a specific group of monuments, the pyramids, and placing them in the context of their cultural and historical back- ground, Rossi argues that theory and practice of construction must be considered as a continuum, not as two separated fields, in order to allow the original plan- ning process of a building to re-emerge. Highly illustrated with plans, diagrams and figures, this book is essential reading for all scholars of ancient Egypt and the architecture of ancient cultures. Dr Corinna Rossi is a Junior Research Fellow in Egyptology at Churchill College, Cambridge. ARCHITECTURE AND MATHEMATICS IN ANCIENT EGYPT CORINNA ROSSI cambridge university press Cambridge, New York, Melbourne, Madrid, Cape Town, Singapore, Sa~o Paulo Cambridge University Press The Edinburgh Building, Cambridge, CB2 8RU, UK Published in the United States of America by Cambridge University Press, New York www.cambridge.org Information on this title: www.cambridge.org/9780521690539 C Corinna Rossi 2003 This publication is in copyright. Subject to statutory exception and to the provisions of relevant collective licensing agreements, no reproduction of any part may take place without the written permission of Cambridge University Press. -
Giza and the Pyramids, Veteran Hosni Mubarak
An aeroplane flies over the pyramids and Sphinx on the Giza Plateau near Cairo. ARCHAEOLOGY The wonder of the pyramids Andrew Robinson enjoys a volume rounding up research on the complex at Giza, Egypt. n Giza and the Pyramids, veteran Hosni Mubarak. After AERAGRAM 16(2), 8–14; 2015), the tomb’s Egyptologists Mark Lehner and Zahi Mubarak fell from four sides, each a little more than 230 metres Hawass cite an Arab proverb: “Man power during the long, vary by at most just 18.3 centimetres. Ifears time, but time fears the pyramids.” It’s Arab Spring that year, Lehner and Hawass reject the idea that a reminder that the great Egyptian complex Hawass resigned, amid armies of Egyptian slaves constructed the on the Giza Plateau has endured for some controversy. pyramids, as the classical Greek historian four and a half millennia — the last monu- The Giza complex Herodotus suggested. They do, however, ment standing of that classical-era must-see invites speculation embrace the concept that the innovative list, the Seven Wonders of the World. and debate. Its three administrative and social organization Lehner and Hawass have produced an pyramids are the Giza and the demanded by the enormous task of build- astonishingly comprehensive study of the tombs of pharaohs Pyramids ing the complex were key factors in creating excavations and scientific investigations Khufu, Khafre and MARK LEHNER & ZAHI Egyptian civilization. CREATIVE GEOGRAPHIC L. STANFIELD/NATL JAMES that have, over two centuries, uncovered Menkaure, also known HAWASS The authors are also in accord over a the engineering techniques, religious and as Cheops, Chephren Thames & Hudson: theory regarding the purpose of the Giza cultural significance and other aspects of and Mycerinus, 2017.