The Ramps Impossibility: Why the Great Pyramid Was Not Built in the Old Kingdom By Antonio Ambrosio

https://www.academia.edu/165223986/The_Ramps_Impossibility_Why_the_Great_Pyramid_Was_Not_Built_in_the_Old_Kingdom For over two millennia, the dominant explanation for how the ancient Egyptians constructed the pyramids of Giza has centred on earthen ramps, combined with wooden sledges hauled by human labour. This paper argues, through a rigorous analysis of the physical evidence and engineering constraints, that ramp based construction theories are technically untenable for the Great Pyramid of Khufu. Drawing principally on the foundational work of Frank Müller-Römer, who demonstrated that all ramp theories rely on unproven assumptions about human hauling capacity and leave no credible archaeological traces, this article systematically deconstructs the ramp hypothesis. The logistical impossibility of moving millions of stones weighing multiple tonnes into position within Khufu's reign, the absence of any ramp remains at Giza despite preservation elsewhere, and the insurmountable geometric problems of ramp construction all point to the same conclusion: ramps were not used. This finding serves as a critical supporting argument for a broader reinterpretation that the Giza pyramids were not constructed during the Fourth Dynasty but were already ancient structures when the Old Kingdom Egyptians occupied the plateau. The pyramids of the Third, Fifth, and Sixth Dynasties, therefore, represent failed attempts to replicate these existing monuments, explaining the otherwise inexplicable engineering regression and abandonment of pyramid building at the peak of Egypt's technological development. ...

The Pyramids of Giza: Legacy of an Unknown Civilization [Expanded Complete Edition By Antonio Ambrosio

https://www.academia.edu/164863824/The_Pyramids_of_Giza_Legacy_of_an_Unknown_Civilization_Expanded_Complete_Edition?rhid=39685271069&swp=rr-rw-wc-144081078&nav_from=e737f6f9-e2ad-47ae-87b1-843512e8688c Conventional Egyptological theory posits a linear evolution of pyramid construction, culminating in the magnificent structures of the Giza Plateau during the Fourth Dynasty (c. 2600–2500 BCE). The pyramids of Khufu, Khafre, and Menkaure are presented as the zenith of Old Kingdom engineering, a natural progression from earlier complexes like the Step Pyramid of Djoser. However, this article synthesizes a growing body of anomalous evidence that challenges this orthodox narrative. ...

HOW THE GREAT PYRAMID WAS BUILT: THE REDISCOVERED MAIN ENTRY: A Newly Updated Submission By Scott Zema

https://www.academia.edu/144081078/HOW_THE_GREAT_PYRAMID_WAS_BUILT_THE_REDISCOVERED_MAIN_ENTRY_A_Newly_Updated_Submission?rhid=39685045013&swp=rr-rw-wc-144873949&nav_from=7cedfc90-a111-4c61-8d7b-ded97656ca65

Bárta, M. and Brůna, Vl. eds. The Pyramid Fields of Ancient Egypt. A Satellite Atlas By Miroslav Barta and VLADIMIR BRUNA

https://www.academia.edu/72188483/B%C3%A1rta_M_and_Br%C5%AFna_Vl_eds_The_Pyramid_Fields_of_Ancient_Egypt_A_Satellite_Atlas?rhid=39685198510&swp=rr-rw-wc-39224949&nav_from=11222113-de3b-4399-97a8-1a3ec1dcb168 The principal aim of this publication is to provide interpretation of a high-resolution satellite images of all Old and Middle Kingdom pyramid sites in Egypt. The sites included in this Atlas represent to a large degree the principal sites of the Third through the Thirteenth Dynasty. Their particular characteristics mirror the specific periods of Egyptian history and in a way may be considered as a genuine time capsules providing fascinating windows into incredible story ancient Egypt once was. These sites are as follows (starting in the north): Abu Rawash, Giza, Zawiyet el-Aryan, Abusir, Saqqara, Dahshur, Mazghuna, Lisht, Meidum, Lahun, Hawara and Abydos. Included was also the site of Abu Ghurob with the two sun temples of Userkaf and Nyuserra of the Fifth Dynasty and the so-called minor step pyramids dating from the late Third – early Fourth Dynasty which start in Seila at the northeastern edge of the Faiyum Oasis and include, those of Zawyet Sultan, Nubt (Naqada), Abydos (Sinki), Hierakonpolis (el-Kula), Edfu (Ghonemeia) and Elephantine. The individual sites are characterised on the background of their local topography and changing nature of their development over time as reflected by the position of individual monuments, including the principal ones – the pyramids of the Old and Middle Kingdom. Individual chapters focus on principal royal and non-royal monuments, their locations and their significance both within the site and with regard to neighbouring sites with pyramid complexes. Each chapter, each site provides a different story in terms of its structure and content. This reflects the simple fact that every site developed under different conditions, in different local setting, had its own internal logics, its pace and its genuine characteristics. Each site also reflects a specific historical situation and tells a different story of its development and rediscovery. It is strongly believed that the latest technological advances, including the satellite imaging in Egyptology, will ultimately translate into their systematic use in sites’ protection and management, site and landscape analysis and long-term strategies of both ongoing and future excavation and survey projects in Egypt. As for now, most pyramid fields are more and more intensively endangered by the modern development and locally dominated neglect of the need for their preservation. Some of them, such as Mazghouna or Lisht are on the foremost front of this trend. Despite all current outstanding odds, pyramid fields of Egypt represent the very substance of Ancient Egypt which came down to us and deserve our attention, respect and care. With contributions by Adela Oppenheim and Dieter Arnold, The Metropolitan Museum of Arts, New York; Miroslav Bárta, Czech Institute of Egyptology, Charles University, Prague;Richard Bussmann, University of Cologne; Andrzej Ćwiek, University of Poznan; Veronika Dulíková, Czech Institute of Egyptology, Charles University, Prague; Peter Jánosi, University of Vienna; Mark Lehner, Ancient Egypt Research Associates and “Associate” at the Oriental Institute, University of Chicago; Mohamed Megahed, Czech Institute of Egyptology, Charles University, Prague; Massimiliano Nuzzolo, Institute of Mediterranean and Oriental Cultures, Polish Academy of Sciences, Warsaw; Stephan Seidlmayer, German Archaeological Institute, Cairo; Miroslav Verner, Czech Institute of Egyptology, Charles University, Prague and Josef Wegner, University of Pennsylvania, Philadelphia. ...

TOPOGRAPHY, ASTRONOMY AND DYNASTIC HISTORY IN THE ALIGNMENTS OF THE PYRAMID FIELDS OF THE OLD KINGDOM By Mediterranean Archaeology and Archaeometry (MAA)

https://www.academia.edu/39224949/TOPOGRAPHY_ASTRONOMY_AND_DYNASTIC_HISTORY_IN_THE_ALIGNMENTS_OF_THE_PYRAMID_FIELDS_OF_THE_OLD_KINGDOM?rhid=39685121690&swp=rr-rw-wc-164493640&nav_from=75cb798a-da40-4e35-9cb7-57d530342b85 It is known since the 19 century that in the layout of the pyramid field of the pharaohs of the 4 th Egyptian dynasty at Giza, a "main axis" exists. Indeed, the southeast corners of these monuments align towards the site of the temple of Heliopolis, which was plainly visible in ancient times. It was later discovered that a similar situation occurs in the main pyramid field of the subsequent dynasty at Abu Sir. Here, the northwest corners of three chronologically successive pyramids again voluntarily align towards Heliopolis. However, the temple was in this case not visible, due to the rock outcrop-today occupied by the Cairo citadel-which blocks the view. In the present paper, a inter-disciplinary approach based on historical, topographical and archaeoastronomical analysis is developed in an attempt at understanding such peculiar features, which governed from the very beginning the planning of these wonderful monuments. A general pattern actually arises, which appears to have inspired the choice of the sites and the disposition on the ground of almost all the funerary complexes of the kings during the Old Kingdom. In particular, this pattern helps to explain the choices in the location of the funerary complexes of Niuserre in Abusir, of Unas in Saqqara and of the kings of the 6 th dynasty at south Saqqara. ...

A NEOLITHIC ASTRONOMICAL INSTRUMENT AND THE ORIGINS OF THE GREAT PYRAMID'S DESCENDING PASSAGE: A SYNTHESIS OF ARCHEOASTRONOMY, EARLY METROLOGY, AND THE DIXON RELICS By Crichton E M Miller FCILT FSAScot

https://www.academia.edu/164493640/A_NEOLITHIC_ASTRONOMICAL_INSTRUMENT_AND_THE_ORIGINS_OF_THE_GREAT_PYRAMIDS_DESCENDING_PASSAGE_A_SYNTHESIS_OF_ARCHEOASTRONOMY_EARLY_METROLOGY_AND_THE_DIXON_RELICS?rhid=39685045013&swp=rr-rw-wc-144873949&nav_from=4a6500f8-820f-422f-9042-f285878ba252 Recent astronomical modelling, radiocarbon analysis, and re-examination of the Dixon Relics suggest that the descending passage of the Great Pyramid preserves a much older scientific alignment originating in the mid-4th millennium BC. This paper synthesises evidence from Thuban's equinoctial meridian altitude, the sexagesimal mathematical horizon of early Mesopotamia, and the geometry of a simple but powerful Neolithic theodolite-previously demonstrated in a patented reconstruction-to argue that the descending passage was engineered using a pre-dynastic astronomical instrument. The Lebanese cedar rod recovered by Waynman Dixon and described by Piazzi Smyth as a "measuring rod" is shown to be consistent with the sighting arm of such a device, complete with diagonal striations interpretable as an exponential scale. Radiocarbon dating of the rod (3341-3094 BC) aligns precisely with the epoch in which Thuban's altitude matches the passage's slope. The convergence of astronomy, engineering, and artefactual evidence suggests that the Great Pyramid monumentalised an earlier equinoctial-polar sightline established centuries before Khufu. ...

The String Line and Center Pole: A Unified Hypothesis for the Geometric Construction of Old Kingdom Pyramids By Joonas Saarinen

https://www.academia.edu/144662967/The_String_Line_and_Center_Pole_A_Unified_Hypothesis_for_the_Geometric_Construction_of_Old_Kingdom_Pyramids?rhid=39685045013&swp=rr-rw-wc-144873949&nav_from=3124d6dd-45c7-4447-9416-a7d6664e5067 The monumental pyramids of the Egyptian Old Kingdom, particularly those at the Giza plateau, represent an enduring enigma of ancient engineering. Their construction combines colossal scale with a degree of geometric precision that remains challenging to replicate even with modern technology. Prevailing construction theories-chiefly external or internal ramp configurations-exhibit logistical, material, and geometric shortcomings that struggle to account for the verifiable accuracy of the finished structures [1]-[3]. This paper introduces the String Line and Center Pole hypothesis as a unified and parsimonious model for Old Kingdom pyramid construction. It posits that a central, vertically extensible timber pole, erected at the geometric center of the pyramid's base, served as a stable datum. A measured string line, extending from this pole to the structure's ascending perimeter, functioned as an analog guidance system for maintaining the precise angle of incline and the uniform convergence of the four faces. The hypothesis is substantiated through a synthesis of architectural, technological, and symbolic evidence: (i) axial placement of primary chambers in Sneferu's Red Pyramid and the Giza pyramids [3], [6], [8]; (ii) technological plausibility of a large composite pole given Old Kingdom cedar imports and advanced joinery evidenced by the Khufu ship [12]; and (iii) cultural resonance with the Djed pillar, emblem of stability and the backbone of Osiris [11]. The framework is testable via targeted non-invasive scanning of the central axes, building on the demonstrated capabilities of the ScanPyramids mission [9], [10]. ...