text:
Ancient circular mathematical mystery solved?
CREXIII: The Shen Ring
Working paper:- Analysis of the Great Pyramid Muon scan results.
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Nefertiti or Nofertiti? So which is it?
Posted on February 4, 2016 by arkysite
February 2016 – VT, USA
(see the end of this article for rolling updates on this story as it continues to develop into 2020 and probably beyond).
In this article I take a skeptical look at the media show that currently surrounds the tomb of Tutankhamen in Egypt. I was hesitant to don my skeptical hat. It's not my preferred attire. It is very good at lending its wearer a voice of authority. As such it is a disguise often usurped by naysayers and reactionaries to stifle unwanted progress or change. But it is also a hat that can be worn when urging caution and for redirecting a discussion towards more appropriate paths. Appropriate paths in Egyptology and archaeology always follow the scientific method; Hypothesis, followed by testing for facts, followed by logical analysis. Repeat if necessary until a conclusion is reached.
I am donning the skeptic's hat because mainstream Egyptology has taken a problematic turn in recent months. I want to advise a change of route, back on to a track of hard facts and a rigorous scientific method, even before the final results are in.
The global media has long held an obsession for all things associated with Tutankhamen. This has intensified since the start of the Egyptian revolution in 2011. At that time several wooden statues from his tomb went walkabouts from the Egyptian Museum off Tahrir Square. Only a pair of sandals were left behind. The statues eventually returned, but then the beard of his gold funerary mask was snapped off by a clumsy curator. It was apparently glued back on, perhaps in an unsuccessful attempt to avoid an international outcry. Most recently, the media has been dominated by the search for a chamber supposedly hidden behind a wall in Tut's tomb, and supposedly containing none other than Tutankhamen's mother, queen Nefertiti. The difference in this most recent case is that the news was created by a qualified and experienced academic.
I respect my colleagues and friends in the field of Egyptology, and the people of Egypt, and it is often uncomfortable to raise a voice in dissent. Established universities, antiquities departments and news desks have a cosy working consensus that is always difficult to interrupt. The status quo inclines to be maintained, and in the current climate any news is seen to be good news. The more superlatives employed, the better.
Speculation is an integral part of research, but there have always been voices of dissent in Egyptology. Often raised sporadically at first when the speculation becomes too far fetched. As we await long-overdue scanning results from the Valley of the Kings, I note the appearance of other dissidents, also wearing skeptical hats and also suggesting that all is not quite as it seems.
In summer last year a hypothesis was published by Nicholas Reeves, a British archaeologist associated with the the University of Arizona. He proposed that Nefertiti is interred in a chamber hidden behind the decorated north wall of Tutankhamen's burial chamber, in tomb KV62. Although based on circumstantial and superficial evidence, this theory was jumped on by the popular media and the official antiquities ministry, and accepted at face value so quickly that the putative chamber has already been designated its own unofficial reference code.
At relatively short notice, the antiquities department granted Reeves permission to carry out radar scanning tests on the wall in the famous tomb. After carrying out the radar scans on the eve of the Egyptian parliamentary elections, Reeves stated that "Clearly it does look from the radar evidence as if the tomb continues, as I have predicted". "The radar behind the north wall seems pretty clear. If I am right it is a continuation—corridor continuation—of the tomb, which will end in another burial chamber".
Much ink has understandably been spilled as a result of these claims. The Minister of Antiquities added that "The radar scans have been sent to Japan for further examination, with final results expected in a month" (History Channel online article by Christoper Klein Dec 1 2015).
It is now more than two months since those radar scans were carried out, and no results have been published.
I made my thoughts clear on this matter around 6 months ago on the Scottish Egyptology Facebook forum. I urged caution rather than rejection of Reeves's theory which I felt to be far fetched. The tomb does not lie within my specialist subject area in the huge field that constitutes Egyptology and so I kept my mind open and awaited developments. Nick Reeves certainly has a great deal of philological knowledge about the Valley of the Kings as well as experience on the ground. Nevertheless, there were other questioning voices from the start. The most prominent was Dr Zahi Hawass, ex Director of Antiquities. Never one to miss out on a good sensation or mince his words, in this case he warned that Reeves had 'sold the air to us'. Contrast this with the statement of the new Egyptian Antiquities Minister Mamdouh Eldamaty who told the gathered reporters after the scan: "We said earlier there was a 60 percent chance there is something behind the walls. But now after the initial reading of the scans, we are saying now it's 90 percent likely there is something behind the walls".
In fact, there do not seem to be any significant scan results on which these momentous claims and percentages were based. If the scans did not reveal what was being stated, then we are in a problematic situation. It may seem wise for everyone to simply carry on and let bygones be bygones, but herein lies the problem. When the scientific method is correctly applied, negative results are just as important as positive results. If there is nothing behind the wall then it is just as important to inform researchers of this negative finding as it is to inform them of any positive findings. Serious researchers now need an answer to clarify the reality. Budding scholars looking on from the sidelines also need to see the scientific process in action. Whatever the results, we all need to see that Egyptology is indeed a science and not just a form of light entertainment.
The wheels are spinning. Reeves's team needs to clarify what results they have and what route to take to get the show back on the road.
The author with the funerary mask of Tutankhamen. Cairo 2002, before the photography ban was put in place (which was lifted recently).
If Reeves follows the scientific method, explains what the actual results were, and reaches clear conclusions, then he will bring us all enlightenment, if not Nefertiti. Egyptology of this sort is not just a question of perspective, it has entered the realm of archaeology, which is testable, and that means there will be concrete, or in this case perhaps, solid stone, results.
The good news is that even if the results are negative, the truth is always more interesting than the fiction. If Nefertiti is not behind the wall in Tutankhamen's tomb then that strengthens the case that we already have Nefertiti, and she lies in the Egyptian Museum in Cairo. Marianne Luban, an independent researcher from the USA has spent over a decade analyzing the anatomical and DNA data from a mummy called KV35YL and its relatives. In 1999 she posted an article on the web titled "Do We Have the Mummy of Nefertiti? and at the end of 2015 she published a full thesis devoted to the issue. She set out her argument at length that the so-called 'younger lady' is the body of Nefertiti. To the best of my knowledge all of her study and writing has been self-financed.
We owe it to people like Marianne, to the subject itself, to the Ancient Egyptians, to our predecessors who worked tirelessly in libraries and in the field, and to the next generation of budding scholars, to expect facts and a conclusion. In the long term we must hand on a subject that has followed the scientific method. We must avoid handing down one that is corrupted by politics, the media or confused by the statements of mystics.
Curators and academics know that it is vital to generate excitement around a subject to attract the attention of the younger generation, but the content of what we hand on to them is every bit as important as the act itself. Do we want to teach them to be mystics or scientists? Surely the best thing we can teach them is how the scientific method is applied. Is science just the application of fancy technology, or is it a systematic method of thought?
It seems useful for the beleaguered Egyptian tourist industry that a state of perpetual hype is created around Egyptian archaeological sites. Potential tourists are thrilled to think that another Tutankhamen, or his mother, might be just around the corner or through the next wall. But surely tourists are attracted to Egypt because they want to learn the facts about the past?
It is useful for beleaguered political leaders if the Egyptian people believe that a glorious new discovery is imminent, particularly on the eve of parliamentary elections. This latter-day legitimation process works in the short term. Egypt's modern leaders have all employed pharaonic imagery in their publicity posters. It is all too easy to draw on the pharaonic relics from the past to help retain power in the present. But should academics allow themselves to be caught up in what are effectively political propaganda programs?
Over 100 years ago the great Egyptologist Flinders Petrie described the archaeology of Egypt as being like "a house on fire, so rapid was the destruction". He felt it was his duty to be a "salvage man, to get all I could, as quickly as possible and then, when I was 60, I would sit and write it all".
Petrie showed us how to derive knowledge and facts from everyday objects such as broken pots. He showed us how to be interested in all of the people of Ancient Egypt, not just the despotic 1%.
I prefer his approach to one that focuses exclusively on the bling and tinsel of the New Kingdom pharaohs. To be honest, I find many of Tutankhamen's most impressive artifacts to be ugly; their style is laborious, staid, lethargic and deliberately emotionless. I am attracted to Egyptology with a focus on the the more progressive examples of the Ancient Egyptians' arts. Their scientific developments, their everyday lives and their creativity teaches us more than the backwards looking material culture of the post-Amarna period.
I enjoy studying Ancient Egypt, its art and its symbols, but most of the pharaohs were in fact totalitarian, monarchic, theocratic dictators. Putting their statues on pedestals is one thing, putting that type of regime on a pedestal is quite another. Cambridge Egyptologist Dr Toby Wilkinson put it well here:
"The first pharaohs understood the extraordinary power of ideology and of its visual counterpart, iconography to unite a disparate people and bind them in loyalty to the state. Egypt's earliest kings formulated and harnessed the tools of leadership that are still with us: elaborate trappings of office and carefully choreographed public appearances to set the ruler apart from the populace; pomp and spectacle on grand state occasions to reinforce bonds of loyalty; patriotic fervor expressed orally and visually. But the pharaohs and their advisers knew equally well that their grip on power could be maintained just as effectively by other, less benign means: political propaganda, an ideology of xenophobia, close surveillance of the population, and brutal repression of dissent. In studying ancient Egypt for more than twenty years, I have grown increasingly uneasy about the subject of my research. Scholars and enthusiasts alike are inclined to look at pharaonic culture with misty-eyed reverence. We marvel at the pyramids, without stopping to think too much about the political system that made them possible. We take vicarious pleasure in the pharaohs' military victories—Thutmose III at the Battle of Megiddo, Ramesses II at the Battle of Kadesh—without pausing too long to reflect on the brutality of warfare in the ancient world. We thrill at the weirdness of the heretic king Akhenaten and all his works, but do not question what it is like to live under a despotic, fanatical ruler…..".
Tutankhamen embodies the way in which Ancient Egypt is presented within modern Egypt, in the Middle East and in the mainstream global media. There is a risk that this representation becomes not just the predominant view but the only image of Ancient Egyptian culture. Egyptology could become an overwhelmingly authoritarian subject matter as a result, with an emphasis on preservation, monarchy and centralized regimes, rather than everyday lives, cultural progress, creativity and the development of the arts and sciences.
After all the hype, some people may be surprised if we find that there is nothing behind the wall in KV62, apart from the bedrock out of which the tomb was cut. Nevertheless, it is vital that the scientific process is followed and is seen to be followed. Science is dispassionate and that is the way it should be. Facts do not depend on what we would like to find, but on what is actually there.
So it's time to take off that uncomfortable skeptical hat and reach a conclusion. A reality check will get the show back on the road. Negative findings are not something to be embarrassed about or ignored. It might not seem such an exciting prospect, but transparency, rigorous intellectual method and good old fashioned honesty are on the road map we need to get to our destination safely.
******************************UPDATE*************************
After three and a half months, on Thursday 17th March 2016 the department of antiquities of Egypt formally (and commendably) released pictures of the radar scan readings taken in November 2015. In fact, the main image had already been posted on a notice board in the valley on the day of the scans, so although they had not been formally published before, the content was not a major surprise. As far as I can see from these scans there is next to nothing visible that suggests there are structured voids, i.e. chambers, in the bedrock behind any of the walls. There are sporadic points in the scans that suggest irregularities, but MIT engineer Glen Dash of Connecticut USA, who has worked in the valley with radar, already warned about the poor quality of the rock in the area, with cracks, small voids and chert nodules present throughout, which make it difficult to read scan data. Overall, it looks like solid rock to me. Scott Stull, anthropologist at SUNY Cortland USA considers that 'a void is usually a pretty massive signal, but reading through a solid rock wall will diminish the entire signal pretty dramatically. I don't see a clear marker for a void in those signals'. In conclusion, I think the ministry's confidence is not at all supported by the data here, and the conclusions are driven by political interests, not scientific ones. Unfortunately the claims have already been disseminated worldwide and millions of people have been exposed to the premature conclusions in mainstream media.
Nevertheless, the next step it seems is that a new team will go out at the end of the month and repeat the radar scans. This time they are from National Geographic. That probably means the new scanning will be better quality, and be filmed for a documentary, so any new scanning information will probably be withheld until the documentary can be made and broadcast. So we are looking at 6 months minimum to get new hard information. For now I remain skeptical and anticipate that the ministry and Nick Reaves will eventually abandon the hypothesis.
*******UPDATE 2*******
This morning I heard the news from Cairo that El-Damaty, the minister of antiquities has been replaced by Dr Khaled el-Anany, former director of the National Museum of Egyptian Civilization and the Museum of Cairo. I hope the new minister has more time for supporting genuine scientific research and historical facts and less time for tabloid journalists.
DL March 21 2016.
Finally, in May 2018, the Egyptian Department of Antiquities announced the results of a third round of wall scans carried out by a radar team from the Polytechnic University of Turin. Their results showed no structure or room behind or within the stone walls of the tomb. This result agreed with results from a second round of scans carried out by a National Geographic sponsored team, which also showed nothing. It is now clear then that the original scans were flawed, and the results and conclusions drawn from that original study were indeed flawed. Readers should consider whether or not the political and economic context in which this study was carried out was a significant factor in the way the story developed and was disseminated.
DL June 26 2018.
*******UPDATE 4*************
Today Nick Reeves published a third extended paper re-proposing his theory, and containing a lot more discussion of artistic details and a 3D reconstruction of the tomb. I think it is important to re-iterate now that the second and third GPR scan teams did not find evidence that supported Reeves's claims about a hidden tomb containing Nefertiti. A report on the third team's work on the Leica website (Leica supplied the equipment) wrote that "with a high level of confidence, the team concluded the theory concerning the existence of hidden chambers adjacent (to) Tutankhamun's tomb is not supported by the evidence." Furthermore, the full publication of the third survey in the Journal of Cultural Heritage concluded that: "It is therefore concluded that there are no hidden chambers immediately adjacent to the Tomb of Tutankhamun."
DL Oct 16th 2020
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Book review: 1177, the Sea Peoples, and all that.
Posted on August 23, 2015 by arkysite
I finished reading Professor Eric H Cline's new book last night. Its subject is the end of the Bronze Age in the Mediterranean region and it is entitled "1177 B.C. The Year Civilization Collapsed". It is a timely new bestseller which summarizes new research, emanating from several different scientific sources and archaeological sites, into the mysterious 'Sea Peoples'. The Sea Peoples have been fingered as the culprits who brought chaos to the east Mediterranean coastline and Egyptian Delta at the turn of the 12th Century B.C., and helped turn the international Bronze Age period into the more insular Iron Age.
Sea Peoples from the temple of Ramses III in Thebes
I have some good knowledge of this subject as it formed the backdrop to the earliest period included in my PhD research. I also taught an introductory class in Egyptology that covered this subject area for 5 years running and I am going to be teaching a night class at the University of Vermont OLLI institute later in the year which will focus on this subject and this book. My knowledge of the period is pretty up to date, so I was keen to read this new book and hear what conclusions another scholar had reached. The book has been pretty widely acclaimed and seems to be aimed at the popular armchair historian audience rather than the full blown academic, so it has sold well.
Overall, I found it pretty readable and solidly researched. It is well presented in an attractive cover decorated with an old painting of the sack of Troy, but it seemed rather on the thin side. It remains interesting throughout and is quite concise at 176 pages plus references in a largish font, but as a result of its brevity it does seem to jump from one major subject/event/civilization to another quite rapidly. It doesn't ramble, except perhaps when it tries to introduce a theoretical structure against which to interpret the data. That doesn't work in this type of short book, beyond a summary of the conclusions reached by experts elsewhere. In fact, this is not a work that introduces any really new perspectives or new information on the period. Its forte is summarizing the conventional perspective at its broadest level, and it should have concentrated on that aspect rather than attempting to cloak itself in a serious academic robe, or attempt to lead the reader into an extensive, judicious, evidence weighing session. More overview maps and photos of artifacts or sites would perhaps have helped achieve that objective more effectively than the extensive referencing included at the back of the book.
The book can be summarized as follows:
Demonstrate that elites in many areas, from Egypt to Greece, were in very close contact at the end of the Bronze Age.
Demonstrate that most of their palatial sites were destroyed or abandoned over a shortish period of time.
Attempt to problematize the basic conclusion that the Sea Peoples were to blame.
Discuss different possible reasons for the destruction and rise of the Sea Peoples.
Attempt to show that none of the evidence allows 100% certain conclusions to be drawn.
The book thus conveys uncertainty where, in my opinion, there no longer is uncertainty. It may seem like this is good academic practice; weighing all the facts carefully and examining all contrasting viewpoints, but that is not where the specialists and experts are at now. Most of the experts in the field have already concluded that the evidence is more than strong enough to accept the reality of the Sea Peoples. The challenge now is to authentically portray who they were, where they came from and what they did. The book remains rather bogged down in the academic uncertainties of the previous generation of scholars, and misses the significance of the weight of new scientific evidence that has been brought to bear in recent years. C14, pollen samples and sediment core analyses techniques have brought new levels of precision to the picture. The best archaeologists now speak with confidence about the Sea Peoples and Philistines and their maritime routes taken across the Mediterranean Sea. I would advise the reader to follow this readable but rather conventional summary with efforts to locate more 'serious' academic works, some of which are equally readable.
The works of [1] Israel Finkelstein, Trude Dothan, Bill Dever, Alexander Fantalkin, Yasur Landau and Marian Feldman, to name just a few off the top of my head, are inspiring and vivid, and for me they do something that is most important in archaeology. The authors bring the people they write about alive. We can experience their world and feel their presence in the work because the authors have a depth of knowledge of the subject that brings a familiarity with, and proximity to, their subject matter. This is a feature of good, confident, archaeology. When you have all the evidence, you draw the conclusions.
Evidence never allows a 100% certain conclusion to be drawn. Archaeologists understand that but in my opinion archaeologists must move on from describing and listing evidence to interpreting and understanding the evidence. An uncertain list of contrasting information does not help anyone, least of all the armchair historian.
Here is what I wrote in my PhD on this subject, two years ago, after I had reviewed all of the latest evidence for myself. I think you will find it rather less equivocal than 1177 the book:
Concerning evidence for the Sea Peoples at a southwest Cypriot coastal site, I wrote: "…..The earliest detailed phase covered by the scope of this study begins towards the end of the Bronze Age, LCII, in the 13th century B.C., when a new monumental temple was constructed on the prominent ridge overlooking the coastal plain at Palaepaphos. Towards the end of that century, a new coastal settlement was also established on a peninsula 25km to the west of the Late Bronze Age temple, at Maa Palaekastro. Karageorghis and Demas (1988b) concluded that the settlement was probably established by people from the Aegean (Steel 2004: 187; Yasur-Landau 2010: 150). Possible reasons for settling there are that the people were refugees, traders or raiders in the east Mediterranean region, and perhaps all of these, and the peninsula provided excellent anchorages near to useful agricultural and mineral resources. The postulated relationship of these people to groups referred to as the Sea Peoples as well as to the traders of the final years of the international period and the Philistines needs to be considered as plausible. Their pottery was characteristic of the Mycenaean LHIIIB style, and included bell shaped bowls with antithetical spiral motifs (Steel 2004: 192), separated by a vertical band. These bowls were also common in Philistine pottery (Dothan 1982: 99), and the typical designs of both assemblages included pictorial scenes. The fact that these people existed at Maa is undisputed. The reasons for what happened at the end of the century are less clear. The coastal settlement went through two phases of occupation during the last 30 years of the 13th century B.C., from ca. 1230 to 1200 B.C. It was burnt down once, and then rebuilt, and then abandoned again around the same time as multiple Bronze Age settlement sites around Cyprus were destroyed or abandoned. This phase, which impacted on settlements all around the northeast Mediterranean region, has been attributed to the Sea Peoples and has recently been C14 dated to ca. 1220 to 1190 B.C. on Cyprus (Kaniewski et al. 2011: 6). There is now hard scientific evidence to support the historical evidence from Hittite texts (Guterbock 1967: 73), the Ras Shamra texts (RS 34.129, RS 20.238, RS 20.18)(Yasur-Landau 2010: 110), the relief texts on the walls of the Medinet Habu temple of Ramesses III in Thebes (Dothan 1982: 4), and the Harris Papyrus, all of which refer to rogue ships which were attacking the ports of the east Mediterranean in the early 12th century B.C. Egyptian sources refer to them as a collective of peoples while the Hittite sources describe fighting with ships based on Cyprus (Guterbock 1967)……… ……The earliest part of the Iron Age is characterised by continued hybridisation of these new Aegean influences with local Cypriot traditions (Steel 2004: 193), and not in a way that would support any claim of widespread Mycenaean invasions and independent Mycenaean foundations of city kingdoms. The people who settled were significantly mobile and relatively wealthy. There is even evidence of Egyptian techniques in the rich cloisonné gold work from this period (Catling 1968; Maier and Karageorghis 1984: 67). A likely scenario is that many of the remnants of the Sea Peoples, migrants and the traders mainly coming from the Late Bronze Age Aegean, but who were used to travelling down to the southern Levantine coasts and even into the Egyptian Delta, stayed on the coasts of Cyprus as the dust settled on the 12th century B.C., and interacted with the relatively small local populations. At this time the hinterlands of Cyprus were abandoned, and the majority of the population gathered and consolidated around a few defended south coast urban centres (Steel 2004: 190)"
Philistine Pottery (Wikip. CC attrib: Hanay)
Although I wrote that a couple of years back, I would still stand by it as a good summary of the current understanding of the evidence. One specific issue that I also think is worth mentioning is that the book never really factored the significance of plague into the equation of why the Bronze Age collapsed. There is a substantial body of textual evidence that suggests plague was a feature of the International Period, and it was surely worth considering the impact this might have had during a period of extensive contact, and its potential relationship with the apparent abandonment of many towns. Why Eric Cline sidelined or ignored that issue remains a mystery to me.
The book attempts to draw parallels between this ancient collapse and modern civilization in a way familiar from Guns, Germs and Steel by Jared Diamond and Persian Fire by Tom Holland. The latter compared Ancient Greece and Persia to modern terrorism and revolution against empire. 1177 seems to do this only in passing, however, in a hasty attempt to make the research seem relevant and current, and in fact the metaphors in the books all seem superficial, such as employing 'domino effect' as a key concept to explain what was more like a situation where there were simply 'too many holes in the boat'; the holes being earthquakes, drought, famine and plague which together undermined the complex economic and political system that had been developed over many centuries.
That's my take on this book. Readable, solidly researched, but a little superficial. A good introductory text. By the way, the title of my review here pays homage to a famous little satirical book about English history, which was entitled '1066 and all that', and which concluded that 1066, the year of the invasion by William the Conqueror, was the only date actually worth remembering in English history:)
Dever, W. G. (2005). Did God Have a Wife? Archaeology and Ancient Folk Religion in Ancient Israel. Cambridge (US), Wm. B. Eerdmans.
Dothan, T. (1982). The Philistines and their Material Culture. New Haven and London, Israel Exploration Society & Yale University Press.
Fantalkin, A. (2006). Identity in the Making: Greeks in the Eastern Mediterranean during the Iron Age. Naukratis: Greek Diversity in Egypt. Studies on East Greek Pottery and Exchange in the Eastern Mediterranean. A. Villing and U. Schlotzhauer. London, British Museum Press: 199-208.
Feldman, M. H. (2006). Diplomacy by Design. Luxury Arts and an "International Style" in the Ancient Near East, 1400-1200 BCE. Chicago, University of Chicago Press.
Yasur-Landau, A. (2010). The Philistines and Aegean Migration at the End of the Bronze Age New York, Cambridge University Press.
Flinders Petrie and the Birth of Archaeology
Posted on April 13, 2015 by arkysite
I've spent much of the the previous decade studying the very subject that took Petrie to Egypt in the first place; the architecture of the Old Kingdom and Giza. During that time I have built up the greatest respect for his survey and excavation work, his published reports and many of his books. A few years ago I published a webpage devoted to the great man. As the EM Hotep BBS Facebook page is running a bi-weekly special on Flinders Petrie at the moment, I've just dug out a few quotes from that old page and will post them below on this new blog. We can read again what some of the great archaeologists of the 20th century thought of their pioneering predecessor:
WILLIAM. F. ALBRIGHT:
"Not only was Sir Flinders Petrie fabulously industrious; he was also amazingly original. To him the archaeologist must trace nearly all the fundamental discoveries with regard to the principles of our science. Thirty years before Reisner introduced modern methods of recording into the excavator's camp, Petrie insisted that no human artifact was too unimportant to be described, pictured, and located in the exact spot where it had been found. He discovered the importance of pottery for purposes of dating; he first recognized the nature of a Palestinian mound and excavated one stratigraphically; he revolutionized archaeological chronology by discovering the principle of sequence-dating; he insisted on using geology, chemistry, botany and other sciences as archaeological clues long before it became the fashion in archaeological circles in general. There can be no doubt that he was the greatest archaeological genius of modern times. His expedition in Sinai in 1905, when he was fifty-two years old, was perhaps the high-water mark of his scientific career as such, though his reputation grew apace for many years. In 1926 he shifted his work entirely to Palestine, where he spent the rest of his life. During the following decade he remained just as indefatigable as ever, and quantities of material were recovered each year from the mounds of the Negeb. However, he was no longer in the van of progress; the school of Reisner and Fisher was in the ascendancy, and Petrie's scholarly star sank slowly. Even his virtues as a pioneer became weaknesses, since archaeology had passed beyond the pioneering stage. All his archaeological chronology of the past sixteen years requires revision, much of it drastic; cf. my observations on the chronology of Tell el-'Ajjfil, Am. Jour. Sem. Lang., 1938, pp. 337-359. Yet his careful records of locus and level provide the material for checking and revising his own chronology; altogether too many younger men have failed to provide the data with which others can control their observations. In the summer of 1935 Sir Flinders and Lady Petrie, together with the library and office of the British School of Archaeology in Egypt, moved into the building of the American School in Jerusalem, where they were to remain our honored and beloved guests for years. Nelson Glueck has written eloquently of Petrie's personality and greatness of heart; I can only echo his words. The death of Petrie and Reisner brings an end to the second volume in the history of Near-Eastern archaeology, a volume which comes fittingly to a close amid the thunder of bombs. Bitterly these great students of the human past recognized that man had lived long without learning much, that each revolution of civilization (to use Petrie's own phrase) ends in more terrible castastrophe, because men will not learn from the experience of the past. It is our duty to carry on where Petrie and Reisner have laid down the torch.
MORTIMER WHEELER:
Petrie was, of course, a genius in the full sense of that abused term. Often we of the younger generations blame him for sinning against our own standards, forgetful that the immense stretch of his working life extended long after his period of intellectual receptiveness had passed. We might as well blame Xerxes for not having deployed torpedo boats at Salamis, or Napoleon for attacking the British squares with cavalry instead of machine-guns. Petrie fought with the weapons he knew or himself invented, and in his youth fought better than any of his contemporaries in the East. Indeed his superiority over his contemporaries was such that, encouraged by an instinctive self-sufficiency, he thought and worked excessively alone….the result was a sometimes disconcerting lack of proportion in thought and action. He would dart headlong up the road, without necessarily glancing at the sign-post…The most notorious example of that was his lasting adherence to an obsolete and untenable Egyptian chronology…
….In 1925 I think, he spent a holiday with me in Wales, at Brecon, where I was digging a Roman fort. He occupied his time by surveying stone circles and other monuments in the surrounding countryside, and I remember how on the first day I asked him what instruments he proposed to take with him. A look of ineffable cunning came into his eyes as he produced a slender bamboo pea stick and – a visiting card. The pea-stick, he said, planted into the ground gave him a line, whilst the visiting card, sighted carefully along two of its sides, gave him a right angle. At night after dinner, by the light of an oil-lamp, he would get out a notebook containing lists of measurements, resulting from his day's work in the field, and, with the help of a logarithm-table, would ultimately reduce them to a schematic diagram.
I tell this story as a curious, rather human sidelight on the paradoxical character of a man whose microscopically precise measurements of the pyramids of Gizeh are almost legendary. By his incredible ingenuity complex problems were liable to be rendered excessively simple and surmountable, simple problems might be tangled into inextricable complexities…… …..A career of unremitting drive such as Petrie's can scarcely have been consciously adventurous; he was too self-sufficient to experience with any great acuteness those analytical reactions to an environment which are to my mind a part of the ideal adventurer…Petrie's life was in fact one long adventure, one long process of search and discovery in many places and under many circumstances. For let us not be mistaken : discovery is an essential part of adventure.
MARGARET A MURRAY
D.litt Fellow of University College London:
From "The Splendour that was Egypt. A general survey of Egyptian culture and civilisation, Sidgwick and Jackson Limited, London, 1963"
"No book on Egypt can be regarded as complete without some reference, however slight, to the man whose work on the glorious past of that ancient country is the foundation of all modern archaeology. As his fellow-worker for many years at University College, London, I may perhaps be forgiven for considering myself specially qualified to write of that work as I saw it.
In 1877 there appeared a little book of rather more than a hundred and fifty pages called Inductive Metrology. The author was a young man of four and twenty, who signed himself W. M. Flinders Petrie. The publication of that modest volume transformed the whole of the study of the Past and brought its author with a rush to the forefront of the learned world. Until Petrie's appearance in the field there had been no archaeology, only antiquarianism, with collections of 'curios', or 'relics from the past'. And it was the hobby of a few learned men, whose horizon was bounded by Biblical or Classical history. They were the slaves of the written word, and believed nothing that was not vouched for by documentary evidence. But even documents were not always above suspicion if they did not agree with preconceived ideas, and Herodotus's accounts of Egypt were treated with scorn. It was considered clever to say of Herodotus "Father of History, Indeed! Father of Lies more likely!" To these people Greek Art was a sacred thing, which had come into the world full-blown. Greek literature also had no beginning. They were not quite separate and special creations of God, but were very nearly so, and it was almost blasphemy to suggest that when the Greeks themselves said how much they owed to Egypt they might in fact have been speaking the truth.
Into this milieu came Petrie's bombshell. Inductive Metrology intimated to the learned world that a new method of investigation had come into existence, a method in which the written word had no part, and which proved that there was a form of culture and civilisation before the time of the Greeks….
..Every archaeologist owes to Petrie that systematic arrangement of knowledge which lays bare the history of the peoples of the past in every country. Without Petrie there would have been no archaeology, we should still have been bound by the written word and the dry-as-dust philologists and antiquarians.
So I end my book as I have begun it, with the name of Flinders Petrie, the man who made known to the world so much of the Splendour that was Egypt."
GRAHAM OATEN AND RONALD BIRDSALL
Who published the first online version of the benchmark survey of Giza that started it all for Petrie in Egypt, and in Egyptology:
"Sir Flinders Petrie's 1880–82 survey of the Giza plateau, which included the Great Pyramid of Khufu and the relatively unknown Trial Site, is probably the most detailed Egyptian study ever undertaken by a surveyor…. …Other surveys of lesser scope have been conducted on the Giza plateau, but Petrie's contribution stands head and shoulders above them all. His extensive measurements of the Great Pyramid, in particular, have become the standard of reference for virtually all studies of that amazing edifice. At this time in history, when air pollution and tourism have wreaked severe damages upon the Great Pyramid, and it no longer stands as tall as it did in Petrie's day, we are profoundly indebted to him for his foresight, determination, and unswerving loyalty to accuracy. He has, in his own meticulous way, saved it for us".
A Tale of Two Rivers:
Posted on October 8, 2013 by arkysite
Paddling up the Nile on a Clyde-built steamer
As political turmoil persists in Egypt, it's worth reflecting on the tranquility of the Nile. The mighty river was, and is, Egypt's lifeblood. As the Greek historian Herodotus put it, 2,450 years ago, Egypt is the gift of the Nile. My hometown Glasgow is also associated with a great river, the Clyde. The Clyde has the grandest history of any river in terms of the wonderful ships that were built on its banks during the 19th and 20th centuries. Many of them were sent off to other lands, several went to Egypt and one of them still steams alongside the banks of the Nile.
Two hundred and one years ago, in August 1812, the world's first commercially successful steamboat service began on the River Clyde. Henry Bell's twin paddle ship Comet, named after the great comet of 1811, began transporting passengers between Glasgow and Greenock. Comet displaced 45 tons, but a 4hp steam engine could drive her along at 5 miles an hour into a headwind, something that was unthinkable on a sailing ship (NB: old non-metric units are quoted here as these ships were mostly built using them). A replica of Comet, newly renovated for the bicentennial anniversary at Ferguson's Shipyard, can be seen in Port Glasgow today, and the wonderful PS Waverley maintains the tradition on the river itself, but there are Clyde-built paddle steamers still in service further a field, including one on the River Nile.
Painting of the 'Comet' courtesy of the National Museum of Scotland
In 1870 Thomas Cook and son established a mail and tourist service on the Nile when Egypt's viceroy granted them a concession to run the steamer fleet between Cairo and Aswan. They proclaimed that "Ancient Egypt's splendour, its glory, romance, magic and strange peoples, are best comprehended by voyaging on its placid, scenic water-way".
In the same decade on banks of the River Clyde, William Bow and John McLachlan formed a new company at Abbotsinch near Renfrew, making steering gear and light marine steam engines for the Clyde shipyards. In 1900 the company expanded into the building of small ships by taking over J. McArthur and Co's Thistle Works and shipyard near Paisley. They specialised in the fabrication of 'knock down' paddle steamers, something like a Clyde-built IKEA kit. Their dismantled ships were exported overseas as far a field as Lake Victoria and the rivers of Australia where they were re-assembled and put into service.
In 1884 Cook's existing Nile fleet was requisitioned by Lord Kitchener for transporting troops, armaments and supplies south to Khartoum, to put down the Sudanese uprising that had led to General Gordon's demise. The fleet was decimated by this action and ended up in an irrecoverable state. As a result, Cook commissioned several new paddle steamers, including the PS Sudan in 1921. The Sudan was the first of a new Sudan class fleet and was built by Bow and McLachlan in Paisley. The new ship, yard number 315, displaced 600 tons, was 300 feet in length, with a breadth of 32 feet and a shallow draft of 9.5 feet. The 500 hp engines were triple expansion type and the ship could carry up to 80 passengers. This larger class of vessel operated during the high season, while a smaller class, carrying 50 passengers, operated in low season. Sudan was sent to the Nile where she was put into service plying Cook's routes.
Egypt regained its independence after the Second World War and the Cook fleet was requisitioned by the Egyptian government. The Sudan was operated as a royal steamer and tourist ship under the flag of Eastmar Nile Cruises. The proverbial functionality and reliability of Clyde-built ships, and the century of experience that her Clyde-side designers had building paddle steamers may go some way towards explaining how she survived her various roles and remained in service. ln 2004 she appeared briefly in the BBC's Death on the Nile, a production of Agatha Christie's 1937 novel starring David Suchet as Hercules Poirot. She was subsequently acquired by a French company who carried out an extensive restoration and refurbishment and she now operates as a tourist cruise ship with 23 luxury cabins. Each one has its own theme based on a historical character related to Egypt. Two suites recall the Scottish origins of this venerable ship. One is named after the Scottish artist of oriental and Egyptian scenes, David Roberts, another after the fashion designer and author of Letters from Egypt, Lady Duff Gordon, who survived the Titanic disaster along with her Scottish husband Lord Cosmo Duff-Gordon. Armchairs and shaded tables now line the deck-side walkways outside the luxurious Belle Époque styled cabins, providing vantage points from which passengers admire the wonderful monuments and natural landscapes of the Nile's riverbanks.
A Clyde Built Steamer on the Nile. PS Sudan courtesy J. Ward.
One other Clyde-built paddle steamer still survives in Egypt, although in an un-restored state. The PS Ibis, a stern wheel paddle steamer built in 1886 at Fairfield's yard in Govan specifically for the Nile military expeditions to Sudan is moored on the Nile near Cairo, ready for a generous benefactor to take under a wing.
In 2012 the Egyptian tourist minister announced that the Nile would be reopened for cruises between Cairo and Aswan for the first time in 18 years. The current situation is rather more turbulent, but once the long overdue political changes have been negotiated, just as a ship might negotiate the great cataracts of Aswan, it could be a good time to embark on a leisurely trip 'doon the watter' (as we say in Glasgow for our river) on the PS Sudan.
See http://www.steam-ship-sudan.com/en for details.
The Edinburgh Casing Stone – A piece of Giza at the National Museum of Scotland
Posted on May 7, 2013 by arkysite
April 2013 I was allowed access to the National Museum of Scotland's offsite storage facility to see a rather remarkable artefact in its collection. I was there to study a casing stone from the pyramids of Giza in Egypt. The casing stones have an angled front face that formed the outer surface of the pyramid. The front is triangular in form when viewed from the side, as opposed to the inner blocks which were left roughly hewn and were approximately cuboid. If we know the slope of one of the casing stones faces we know the side slope of all of the pyramid's faces, and so they are of particular interest to archaeologists studying pyramid architecture. I intended to repeat some typical measurements of the stone in order to study it methodically, but what I found was quite unexpected, and constituted something of an archaeological breakthrough…
Giza casing stone catalogue number A.1955.176 at the NMS and Egyptian cubit rule
This stone was mined at the Tura quarries on the east side of the Nile 45 centuries ago, shipped across the river to Giza on the west bank, dragged to the pyramid construction site, carefully shaped with copper tools and lifted into place on the outside of one of the Old Kingdom pyramids. Its original architectural position on the pyramid remains a bit of a mystery as it was found in the mounds of debris on the north side Great Pyramid of Khufu by Waynman Dixon in 1872. Dixon was an English engineer who was carrying out investigative work at Giza for the Astronomer Royal for Scotland, Charles Piazzi Smyth [1]. These casing stones were stripped off the pyramid in the ancient past as they were very high quality stone and therefore useful for building in modern Cairo. Only a few fragments remain at the Giza site, and this example found by Waynman Dixon was unique in several respects.
Artefacts from Giza brought back by Waynman Dixon in 1872 including the Edinburgh casing stone
Smyth was interested in the dimensions of the Great Pyramid as he believed they may have had profound significance, and the stone was brought back to Edinburgh for him [2]. In fact the dimensions of the Great Pyramid do have significance, although Smyth was unable to understand the symbolism fully as he did not yet have an understanding of the technical systems used by the Ancient Egyptians such as the seked slope measuring system and the cubit length measuring system. 1 cubit was a standard measurement length used all over Ancient Egypt for measuring fields and constructing buildings. It was 52.35cm long during the Old Kingdom when these great pyramids were built, and this was broken down into 7 palms of 4 digits each [3][4].
In order to understand the pyramids and this casing stone in Edinburgh then, we needed to approach the study using these Ancient Egyptian systems. We can only understand the Egyptian achievements and the Egyptian artefacts by working from within their own systems of thought. Although I took along some modern tools, including a laser spirit level and a degree marked 'gravity inclinometer' (slope measurer), it was in fact the replica Egyptian cubits that revealed the most significant and interesting information regarding of this heavy lump of Tura limestone.
Once we managed to move it carefully out into the open from its storage position, I was able to see that it is substantially broken, probably due to having been pushed down the pyramid in the ancient past. Nevertheless, the three all-important worked faces are still partially intact and in good condition in places. These three surfaces are the flat base, the sloped front face and the flat top. I had hoped to measure the sloped face angle using the gravity inclinometer, which uses a weighted pendulum against which to measure the slope angle, but in fact the stone was on its side and so I could not use the inclinometer as had been intended. The stone was too heavy to turn onto its bottom face, on which it would have sat originally, but by using a variation of the technique shown on the diagram below (see photo), I was able to tell that the face was approximately at the correct angle known for the Great Pyramid, of 51.84 degrees. The limestone of the block was also surprisingly bright in color, almost silvery, especially the limestone dust on the surface. The Tura limestone from south of Cairo is thought to have been mined specifically for its light colored limestone, to be used for the outer faces of the monuments, so these two facts gave me confidence that we were indeed dealing with a genuine Giza casing stone.
Measuring the inclined face of the pyramid casing stone if it was sitting on its base
Below is a photo of the actual measurement taking place. Note that the accuracy of this technique is around 1 degree at best, and so it was carried out only to verify the known data rather than to establish new data. The top face is on the left of the stone in the photograph below, with the laser spirit level held flat against it. The inclinometer is being held against the front slope face. The red laser line shines a beam straight out parallel to the flat top side, and the blue lines show that a right angle was clearly formed at the intersection of this line and the pendulum line when it was held at the known pyramid angle. This means the stone's face was sloped compared to the top surface by the expected pyramid angle which is known to be 51.84 degrees. The stone is broken in places, but these parts of the faces are intact, flat and smooth and so the measurement was legitimate, if of moderate accuracy.
Measuring the angle of the casing stone slope
After this was done I brought the replica cubits into play, and this is when things began to get really interesting. On one of them I had already marked off 5 1/2 palms (you can see the small mark in the middle of one of the white palms on the cubit on the left below) as this is the known seked of the Great Pyramid . When used with another cubit the two formed a triangle with a seked slope face of 5 1/2. This known seked of the Great Pyramid corresponds to 51.84 degrees, the known 'pyramid angle'. By placing the marked cubit (left) against the top surface I could use the second cubit as a vertical to check the size of the slope using the cubits. In this case the second cubit should touch the face surface at some point allowing a measurement. In fact, as it turned out, the second cubit was a little long and stretched right down to the lower edge of the block, almost meeting its lower corner. I wondered if the erosion of the lower corner of the block had rounded off that edge, so I placed a nearby flat unmarked plank against the bottom of the stone. I was surprised to see that the darker cubit (right) fit exactly between the upper white cubit and the plank, indicating that the casing stone was exactly 1 cubit thick. We checked the right angles with a square and they were all correct. To further check that this right angled triangle was the accurate design form, I extrapolated the front sloped face down to the plank by placing a cubit flat against the front slope face, and slid it down until it met the unmarked plank still held against the flat bottom. At the meeting point of these two, I marked off the plank with a pen, thus re-establishing where the lower corner edge of the original face had been before the corners had been broken off (NB: This was an extrapolation technique I have used before when measuring the base corner of a monument pyramidal foundation structure in Cyprus).
The seked triangle revealed when measuring the block faces with replica cubit rods
The diagram below shows more clearly what we are doing in the photograph above and what this seked triangle used by the Ancient Egyptians looks like. This task demonstrated that the block is in fact exactly one cubit in height and with the offset of 5 1/2 palms it corresponds pretty much exactly with what we know about the seked measurement system and the 'pyramid angle' of the Great Pyramid. The block is one cubit high and offsets 5 1/2 palms for each cubit rise – the very definition of a seked of 5 1/2.
Pyramid angle of casing stone block using cubit and seked system – Seked of 5 1/2
Knowledge of the seked system only came after Smyth's time, thanks to another discovery made by a Scottish antiquarian, Alexander Henry Rhind. In 1864 Rhind was offered a remarkable papyrus recovered from the West Bank of Thebes that contained some of the oldest mathematical calculations known in human history. Rhind unfortunately died as he brought the papyrus back to Scotland, but the papyrus did complete the journey and it is now known as the Rhind mathematical papyrus [5]. It took several decades to translate and publish it and so Smyth was never familiar with its contents. It contained many examples of how to approach arithmetical and geometric problems, including, crucially, how to calculate the required and measured slope face of a pyramid. The Ancient Egyptian methodology for defining a slope face began with the architects choosing the desired base and height dimensions for the pyramid, measured in Egyptian standard cubits and then working out what the slope value was
Using straightforwards arithmetic, the Rhind papyrus shows us how the side slope of a pyramid's faces can be defined numerically by working out its 'seked'. This seked is the name the Egyptians used for their slope system. It is a little like modern day degrees and angles, or inclines quoted in percents like we see on road signs for steep hills. According to the Rhind papyrus, however, the seked slope consisted of the number of palms moved horizontally for each 1 cubit rise [6].
Pyramid seked calculation – Problem 56 of the Rhind Papyrus
These experiments show how much information can be derived from ancient artefacts by using appropriate archaeological methods to study them and by understanding the cultural and technical systems of the people you are studying, This demonstrates the value of experimental archaeology as methodology. Basically, this is a large chunk of limestone, but when studied in the correct manner it can reveal substantial information about the cultural and technical systems of the Ancient Egyptians. But this particular angle or seked also has a more profound geometric significance, which is what makes this issue even more fascinating to study:
A pyramid having this face angle has a base perimeter equal to a circle formed by its vertical height
This relationship only holds for a pyramid of this precise angle. Smyth thought that this had been deliberate, but he then drew a whole series of unfounded conclusions about the significance of this geometric relationship. The great English Egyptologist Flinders Petrie followed Smyth's work with a more scientific study and detailed triangulation survey of the whole Giza Plateau in 1882 [8]. He concluded that the circular relationship had indeed determined the choice of this particular slope with a seked of 5 1/2, but he also demonstrated that Smyth's conclusions about what this meant were nonsense, and that the other geometric relationships Smyth had supposedly identified were unfounded or culturally and historically irrelevant.
Circular proportions of the Great Pyramid of Khufu at Giza
Petrie was certain that the circular symbolism had been intentional. In fact he wrote about in print this no less than five times through his long career, in 1883, 1885, 1890, 1925 and 1940. In Wisdom of the Egyptians [7], published in 1940, he wrote, correctly, that "…these relations of areas and of circular ratio are so systematic that we should grant that they were in the builder's design". He also found the same proportions and related numerical dimensions used in the construction of the pharaoh's burial chamber in the Great Pyramid, again best understood when using the Ancient Egyptians' own cubits. Other great pyramids such as the pyramid of Meidum and the Queens pyramids at Giza use the same proportions, and Egyptologists such as I.E.S. Edwards and Miroslav Verner agree with Petrie's conclusion that these proportions had significance and were deliberately chosen because of their symbolic relationship with the circle [8][9]. My own contribution to this subject was to check all of the data again, and try and identify what this symbolic architectural choice meant to the Ancient Egyptians, within their own cultural systems of thought. In order to check Petrie's data I studied amateur Egyptologist Jon Bodsworth's analysis of the Great Pyramid's dimensions, based on Petrie's 1883 survey [10], as well as later surveys and surviving casing stones. He constructed a three dimensional model which included details of the heights of each core block layer and the slopes of the casing stones. His model is shown below with half the casing stones as they would originally have been placed.
Great Pyramid with half of the casing stones in place correctly proportioned
My own contribution to this subject matter then, has been to show what this architectural symbolism meant. The special proportions were a manifestation of a deep seated belief in the power of encircling protective symbolism, that was expressed in the architecture and the more portable material culture of the Ancient Egyptians of the Old Kingdom (on crowns, royal statues, fine furniture and precious vessels) [11][12]. Iconographically, this encircling royal protection was represented by a shen ring. The shen ring was often shown carried above the pharaoh by the royal patron god Horus, the falcon.
Typical arrangement of the royal god Horus with shen ring often seen flying above the pharaoh
In this form the falcon was often shown flying above the pharaoh in reliefs, from as early as the Third Dynasty and many high status royal items from the Old Kingdom bore the shen ring symbol. This protective symbolism was manifested in the architecture, particularly within the all-important outer perimeters of the buildings that protected the pharaoh and protected the sacred space within from the dangers of the profane world outside. From the start of the 6th dynasty this symbolism was also expressed through texts on the walls of the funerary monuments. But the clearest textual manifestation of this symbolism with respect to the pyramids is undoubtedly Pyramid Text 534, a 'spell of protection' for the pyramid [13]:
This spell or prayer of protection is written on the walls of the entrance passage into the pyramid of Pepi I at south Saqqara and may describe the fundamental rituals involved with building this monument. The text starts with a 'Geb offering', which may allude to a foundation deposit made at the start of the construction as Geb is the god of the earth. This is followed by lines describing how the pyramid and temple are then 'established' and then 'encircled' to make them pure; an 'eye of Horus'. The encircling here, using the word shen, implies that the pyramid is also protected by this action. It is difficult to tell if the casing slope angles of these later, smaller pyramids were the same as at Giza and therefore manifested the significant circular proportions, as they are much smaller and in ruins compared to the great pyramids of the 4th dynasty, but it is clear, through this text, that the protective symbolism endured and was expressed in new and innovative ways during the 6th dynasty. In fact, each pyramid of Egypt needs to be understood within the continuously changing historical and cultural contexts. They were, to some extents, designed and constructed using 'ad hoc' techniques [15]. Beliefs with respect to the death of pharaohs are inherently conservative, but the ways in which those beliefs were expressed changed with respect to the cultural context in which those expressions were made. These are the real secrets of the pyramids. The architecture embodied spells of encircling protection, in many different ways.
To understand the casing stone in Edinburgh then, we need to use the technical systems used by the 4th Dynasty Egyptians, we need to understand the architecture of the monuments in which they were used, and understand the beliefs held by those who commissioned, designed and built the monuments at the time. That includes understanding their measurement systems, their iconography and even their hieroglyphs, texts and ritual beliefs.
Hieroglyphs used for writing cubits, palms, digits and sekeds
Substantive arguments have been made, based on the evidence, that the Egyptians were not able to calculate the circumference of a circle to this degree of accuracy, however, the latest analyses show that the evidence has been misinterpreted or treated in isolation, and when it is revisited and properly examined, it shows that the textual evidence and the architectural evidence do indeed agree with each other and do support the above conclusions that the Old Kingdom Egyptians were well able to calculate circumferences and perimeters to this degree of accuracy [14].
One final mystery remains, however. Heavy though this casing stone is, it is small compared to the giant sloped stones still in place along the northern side of the base of the Great Pyramid.
Base layer casing stone from Great Pyramid of Giza
Most of the fine casing stones were stripped off the Great Pyramid and recycled to build Cairo during the medieval period, but a few of the huge bottom row remained in place, protected under the mounds of fragmented stone that had gathered along the edges of the pyramid over the centuries. The question was then, was this Edinburgh stone actually from the Great Pyramid at all, or did it come from one of the similarly proportioned queens pyramids nearby, which were also built at the same time as the Great Pyramid, but which seem to have used smaller casing blocks of around this smaller size. This would not impact on the conclusions of our analysis regarding circular symbolism, as we know that both king and queens' pyramids were similarly proportioned with a seked of 5 1/2, but it is interesting with respect to the architectural provenance of the Edinburgh casing stone.
In fact the answer to this question becomes clear if we refer to the surviving casing stones still in place on the upper levels of Khafre's pyramid, near the peak. As Mark Lehner described with respect to the second Giza pyramid of Khafre, [15] 'the casing stones at the top of the pyramid are much smaller – about 1 cubit thick (c. 50cm/20 in)'. Our example from Edinburgh then, from the north side of Khufu's pyramid, is most likely to be a rare survival – an upper level casing stone from Khufu's pyramid, perhaps dropped and lost or forgotten during removal in Antiquity or the medieval period. This stone, however, is not 'approximately' 1 cubit tall, it seems to be precisely 1 cubit tall. This level of precision would fit with what we know from the rest of the architectural and archaeological remains of the Great Pyramid. The standards of workmanship and consistency were greater here than for many, if not all, of the later pyramids. It is quite possible that all of the upper level casing stones of the Great Pyramid of Khufu were precisely 1 cubit tall, to make the finishing of the peak of the pyramid more manageable, and to ensure that high levels of precision and control could be maintained over the final form of the structure. Our Edinburgh casing stone, therefore, is probably not just a Great Pyramid casing stone, it is probably an upper level Great Pyramid casing stone, from up near the summit of this incredible monument, 146 meters high when completed.
All in all then, this unadorned block of broken stone has truly remarkable historical and scientific significance, both regarding the ancient world, the 19th century world, and now in the 21st.
Thanks to Margaret Maitland, Curator of the Ancient Mediterranean at National Museums Scotland, and Alan Jeffreys of Egyptology Scotland for help in this research project.
Here is a link to Smyth's description of the casing stone from his long, rambling and largely erroneous book devoted to the Great Pyramid, first published in 1874 [16], two years after the casing stone was brought back to the UK. We can see from the measurements he records that Smyth had indeed measured the vertical height of the stone, and noted that height in inches. He was aware of the length of the real Egyptian cubit by that time (as opposed to his imagined 'sacred' cubit), and so it is surprising that he did not see the significance of this dimension, particularly as he was clearly obsessed with measurements and units. Why did he miss this? Perhaps it was because he was not using a cubit to actually do the measurement. It was only by physically having the cubit there in my hand that I noticed the correspondence. I am also aware of the Egyptians' own seked system, and so when I noted the correspondence I was able to mentally refer to the Egyptian texts that confirmed the significance of this particular dimension to slope measuring. Smyth did not have this luxury, as the seked system examples from mathematical papyri had not yet been translated or understood in his time. The final, and perhaps most significant reason that he missed the presence of the real system in the block's measurements is because he was clearly busy trying to confirm the presence of his own imagined system of 'sacred cubits' and 'pyramid inches' in the width of the block. He actually notes the width of the block as possibly related to his imaged system and flawed understanding of the pyramid's architecture, while at the same time being completely oblivious to the fact that actual measurements utilized by the Old Kingdom builders were staring him in the face. Hindsight is 20-20 as they say!…
Here is a link to a recently published discussion regarding the practical challenges faced by the Ancient Egyptians when installing these casing stones, as opposed to the mathematical, metrological and symbolic issues that I have discussed above. Jean Pierre Houdin is a French architect turned Egyptologist (yes I think he deserves the designation) who probably knows almost as much as I do about pyramid building ;), and who has also dedicated his life to studying these amazing monuments. He is interviewed by Keith Payne, owner of Em Hotep BBS, a dynamic and positive discussion page devoted to disseminating archaeological and Egyptological information to the wider readership.
Note: Other than the black and white casing stone photograph and Jon Bodsworth's 3D computer model image, the photographs and diagrams on this page remain the property of, and copyright © National Museums Scotland and/or David Lightbody.
[1] Brück, H.A. & Brück, M. (1988) The Peripatetic Astronomer: the Life of Charles Piazzi Smyth. Bristol: Hilger
[2] NATURE , Dec. 26, 1872, pp 146-9. THE GRAPHIC, Dec. 7, 1872, pp 530 & 545
[3] Arnold, D. (1991) Building in Egypt. Pharaonic Stone Masonry. Oxford: Oxford University Press, pp 251
[4] Petrie, W.M.F. (1883) The Pyramids and Temples of Gizeh, London: Field and Tuer, pp 179
[5] Chace, A.B. (1926) The Rhind Mathematical Papyrus, Ohio: Oberlin
[6] Gillings, R. (1972) Mathematics in the Time of the Pharaohs, New York: Dover
[7] Petrie, W.M.F. (1940) Wisdom of the Egyptians, London: British School of Archaeology in Egypt and Egyptian Research Account ; [vol. LXIII], pp 30
[8] Verner, M. (2003). The Pyramids: Their Archaeology and History. Atlantic Books, pp 70
[9] Edwards, I.E.S. (1979). The Pyramids of Egypt. Penguin. pp 269
[10] Petrie, W.M.F. (1883) The Pyramids and Temples of Gizeh, London: Field and Tuer
[11] Lightbody, D.I. (2008) Egyptian Tomb Architecture: The Archaeological Facts of Pharaonic Circular Symbolism. British Archaeological Reports International Series. Oxford: Archaeopress
[12] Lightbody, D.I. (2012) The Encircling Protection of Horus in Proceedings of the Twelfth Annual Symposium Current Researches in Egyptology, 2011, University of Durham Oxford: Oxbow, pp 133-140
[13] Faulkner, R.O. (2007) The Ancient Egyptian Pyramid Texts, Stilwell, Kansas pp 201, 202
[14] Cooper, L. (2011) Did Egyptian Scribes Have an Algorithmic Means for Determining the Circumference of a Circle? Historia Mathematics Vol 38, pp 455-484
[15] Lehner, M. (1997) The Complete Pyramids, Thames & Hudson pp 122, 123
[16] Smyth, C.P. (1874) Our Inheritance in the Great Pyramid Including the Most Important Discoveries up to the Present Time. London: Isbister. pp 489
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Glasgow Giza 3D
On this page are photos of the Glasgow Giza Plateau model that I put on display at the open day of the University of Glasgow Center for Open Studies yesterday. This is a 1:2000 scale model constructed from survey reports and mapping data back in 2006. In all it took around 1 year to build. It has proved very useful as a means to teach information regarding the unparalleled cultural landscape that is Giza. This model shows the plateau as it could have looked around 2,400 B.C. The project also allowed me to develop familiarity with the details of the landscape and the architecture, and I carried out an in-depth analysis of the dimensions of the plateau, in Egyptian cubits. The rule on the right hand side is a replica Egyptian official cubit of 52.35cm, just the size the Ancient Egyptians used to build the architecture on the plateau. This work also allowed me to investigate the evolution of the plateau and eventually served to develop an understanding of the architecture that I included in my 2008 publication Egyptian Tomb Architecture.
But this is not the only 1:2000 scale model of Giza in existence. When I was at the Semitic Museum of Harvard in the summer I took a photo of their own 1:2000 scale model of Giza which is covered by a large perspex dome. While the pyramids and causeways are almost identical, you can compare the different reconstructions regarding what the canal system would have looked like. These are now buried and leave little remnants, but Mark Lehner of Chicago has now found evidence of the harbor reaching right up beside Menkaure's Valley temple (left of three) and to the foot of Khentekawes's tomb complex, so both the Glasgow and Harvard models were correct in this respect.
Harvard's model is joined by a less accurate model of the Giza plateau in the Bible Lands museum in Jerusalem:
http://www.flickr.com/photos/nathanaels/3683890204/
and an architectural style model with a very wide and straight edged harbor area at the Kunsthistorisches Museum in Vienna, (photo by Yair Haklai):
Originally the Glasgow Giza model had a glass pyramid case with electric LED illumination, but the glass was heavy and unwieldy as it was multi-layered and unbreakable. The main issue with these type of models over the long term is that they take up a lot of museum space. Easy storage means that they must be dismantled and stored on end and so the case was not suitable for long term storage.
Most modelling of architectural sites has now transferred over to 3D digital modelling, and again Harvard is at the forefront of this work. They have joined up with the French Dassault Systemes project which has been applying a military sized budget to Giza as a way to test and promote their software systems. The Dassault Systemes project with Harvard now has its own website:
http://giza3d.3ds.com/#discover
One of the amazing aspects of the Dassault site is the ability to visualize the models dynamically in 3D wearing 3D glasses, but here again Glasgow got there first:) As part of the open day yesterday the students brought out some of the collection from the Hunterian Museum, including an early and surprisingly effective 3D viewing machine from the 19th century. Here is a picture of my nephew Gavin having a look at some photos, including a superb image of the beautifully carved interior of Roslyn Chapel, of Da Vinci Code fame.
As well as the monumental architecture I tried to recreate some of the domestic and industrial areas beside the Nile, where the workers lived. This provided scale for the larger monuments.
Workers' village. Domestic and administrative quarters to south east of plateau
All in all, Giza is an amazing place to study for an archaeologist, not only because of the ancient remains, but because it has often served as a proving ground for the latest archaeological techniques, from 3D photography to laser scanning surveys.
Visit to Newport Synagogue – in a multicultural cosmopolitan port.
"The Government of the United States, which gives to bigotry no sanction, to persecution no assistance"
Last week I visited Touro Synagogue with Desi in Newport, the little east coast US port where she used to work. The Synagogue is the oldest standing in the US, and it is particularly famous because of the role it played in ensuring that multiculturalism became part of US life, at the constitutional level, and for the role it played in standing up against religious bigotry. I am not really a follower of established religion any more, but I do study the history of religion, religious architecture and sacred ideas, and in particular, I am an opponent of religious bigotry. As Voltaire once said "the only thing not to tolerate is intolerance".
Touro Synagogue Newport. Dave with his Kippah jewish skull cap at the entrance.
This is something I have been interested in ever since growing up in Glasgow Scotland, where anti-religious bigotry was, and still is to some extent, an unpleasant and sometimes violent reality.
Newport is a special place because it was a meeting place for many cultures in the 18th and 19th centuries. People fleeing religious persecution in Britain and the rest of Europe mixed with fishermen and merchants on the US east coast. Newport became a place of diversity and it remains this way today. Others came from Boston, where the Puritans were intolerant of 'non-conforming' Christians of other denominations. Some walked to Newport, and joined the growing community. The jews who established the synagogue came from Portugal where they were being forced to flee or convert, and Amsterdam where a growing Jewish community had established itself in the ports where diversity was tolerated.
When the USA was first forming at the end of the 19th century, Rhode Island state where Newport is found was one of the last of the original 13 to join up, and this may be because they were demanding that religious liberty was first enshrined in the new constitution. The First Amendment was proposed in 1789 and adopted in 1791. This ensured the freedom of religious groups to worship, and their protection from oppressive or discriminatory laws. It also established the separation of religion and state, and ensured that people of all faiths could work together and yet continue worshiping in their own particular ways. This is really the core principle of multiculturalism.
We had a very interesting tour of the attached museum of religious liberty, and the ancient synagogue itself .
There is one special document, however, that records these events in more detail. After Rhode Island signed up to the United States, George Washington paid a visit to Touro Synagogue, and in reply to a letter addressed to him by the Hebrew congregation, he wrote a letter that still exists today. This assured them that "It is now no more that toleration is spoken of as if it were the indulgence of one class of people that another enjoyed the exercise of their inherent natural rights, for, happily, the Government of the United States, which gives to bigotry no sanction, to persecution no assistance, requires only that they who live under its protection should demean themselves as good citizens in giving it on all occasions their effectual support."
Touro Synagogue with Desi
The letter in full:
http://teachingamericanhistory.org/library/index.asp?document=21
Loeb visitor centre:
http://www.loeb-tourovisitorscenter.org/
How the pyramids were REALLY built? Really?
Posted on August 9, 2012 by arkysite
English construction man Chris Massey has recently proposed a new theory on how the pyramids could 'really' have been built. He has also produced some serious animations and a book to outline his theory. Unfortunately, the laws of physics would not allow his system to work for several reasons.
Here is his theory explained in a short animation:
http://www.youtube.com/watch?v=TJcp13hAO3U
Here are some reasons it can't work:
Proposal 1 – The blocks could have been transported by animal skin float rafts.
This part is quite possible, although un-evidenced as far as I know in Egypt. There are records of people and timber and other things being moved by animal skin float rafts in Antiquity. Some of the archaeologists working in Iraq in the late 19th century even used animal skin float rafts to send their finds down the Tigris to the Persian Gulf sea, to be carried back to Europe on larger ships. The volume of floats required, however, for a limestone block, would have to be more than is shown in the animation. The density of limestone is around 2.7 tons/meter cubed, so the volume of water that needs to be displaced to float a 1 meter cubed block is 2.7 meters cubed total, minus 1 meter cubed displaced by the block itself, which totals 1.7 meters cubed (fresh water has a density of 1 ton/meter cubed). So the volume of floats would have to be 1.7 times the volume of the block just to make it float at all [*See update note 1 below]
Proposal 2 – The blocks could float up a sealed inclined channel.
This is not scientifically or physically possible. Unlike the animation where weight is not a problem, the weight of the water pressure acting down these inclined channels would be immense, and would create huge problems that have not been taken into account. Firstly, the pressure at the bottom of a 100 meter shaft like this would be 10 bar, or 140 psi. This is more than the pressure in a fully pumped racing bicycle tyre at high pressure. I once had a bicycle tyre pumped up to this sort of pressure, and it exploded as the bike was sitting outside my apartment. That was while the air was sealed within a specially made rubber inner tube and within a new racing cycle tyre around it. This sort of pressure would send water squirting through between wall blocks like a jet, and would push blocks aside like they were made of balsa wood. The pressure on each 1 meter square block at the base of such a channel would be 10 tons, and the gaps would have to be sealed to withhold pressures in excess of those within a racing cycle tyre. Physically possible using modern materials, but not at all plausible in Antiquity.
Proposal 3 – The blocks could be floated up such a channel using a system of locks.
Once the blocks with skins were entered into this sealed channel, and the locks above opened, the full pressure of the water above would act on the floats. This means the floats would have to resist a pressure of 10 bar or 140 psi just to stay inflated. If they were at a pressure less than this then they would contract and the blocks would sink as less water was displaced. There is no way an animal skin float could be inflated to a pressure of 10 bar or 140 psi. This would make it expand and explode in a second.
Proposal 4 – This system would be efficient.
As each block entered the channel with its floats attached, it would displace an equal volume of water, or 2.7 meters cubed of water from inside the channel, and this would be displaced back down behind it. This means that this volume of water would have to be carried up to the top of the pyramid for each block in the first place, just so the block could be floated up the elaborate and immensely complex channel. The weight of this water would be exactly 2.7 tons, equal to the weight of the block in the first place…
Proposal 5 – Locks could hold back this sort of pressure
The locks would have to be at least 1.5m x 3m in area to allow these blocks to pass through into the channel. The water pressure on these gates from 100m of water above would be 45 tons. This would require immensely thick and incredibly well sealed metal gates/valves, something that is not conceivable or evidenced in Old Kingdom archaeology or texts.
In conclusion then, although Chris's scheme is just about scientifically possible using the latest materials of our age, it is not at all plausible or evidenced based on the archaeology from Ancient Egypt. The reality is that implementing this scheme would cause more problems than it solved, and even if it ever actually worked, the water would still have to be carried to the top first, meaning that there was no physical benefit to constructing the system in the first place. There are other problems with the system, but these ones above are enough to disprove the theory based on physics and archaeological evidence alone.
The truth is that the Egyptians did know how to manage and use water, but this was not how they did it. In Aswan for example they would load a boat down with sand, maneuver hugely heavy granite obelisks over the boat, then remove the sand. The boats would rise up under the obelisks and lift the obelisks up to float. They carried granite blocks down the Nile for hundreds of miles in this way. Another story from the Old Kingdom tells how the pharaoh's engineers managed to pump out a lake to find a valued necklace belonging to a girl from the Harem who had dropped it over board. As usual with Egypt, the truth is more fascinating than the fiction.
I have spent 10 years and more now trying to get the real facts about the archaeology and engineering skills of the Ancient Egyptians accepted. These facts were uncovered by Flinders Petrie and others more than 100 years ago, and while they have been accepted and reiterated by modern Egyptologists familiar with scientific principles, they have not been acknowledged by some academic Egyptologists more used to working with texts. I have also tried to get the real facts more widespread coverage through my own publications and videos. If Chris draws more people to study the real history and archaeology of Egypt through his work, then at least that will have been a worthwhile accomplishment. I think many people like to re-visit Ancient Egypt and create these alternative theories in order to engage with the problems again. This is a useful exercise, and allows us to appreciate the true magnitude of what the Ancient Egyptians achieved.
For an introduction to how the pyramid really was really made, this little book is a great starting point:
http://www.amazon.co.uk/Pyramid-Beyond-Imagination-Kevin-Jackson/dp/0563488034/ref=sr_1_1?ie=UTF8&qid=1344534203&sr=8-1
David Ian Lightbody
Archaeologist/Engineer.
*1 Mark Heaton checked the density figures. My figure was taken for generic limestone average. For Giza, the 19th century Scottish scientist Piazza Smyth tested the density of the core blocks of the Great Pyramid and found 2.35 tons/metre cubed to be the actual value. With the additional weight of the floats, rope and sheets of fabric the 2.7 x volume I assumed is within the correct range then to float the blocks.
Categories: Uncategorized	| 1 Comment
Den's Shen in the BM. The first known : from 2,950 B.C.
Posted on April 6, 2012 by arkysite
So here's a new post to keep some blog momentum up, following the excitement of the conference last week and the publication of my latest article (1) related to the shen and the encircling protection of the pharaoh by the falcon god Horus. (The post with the relevant textual proof of concept is here. Check it out if you haven't seen PT534 before).
I don't have any particular bee in my bonnet this week to write about to be honest, as I'm winding down after the CREXIII conference, at the end of a verrrry long term and for the Easter holiday, so I thought I would just pick out at random a shen related image from my files and post it and write about it.
So, quite aptly, the first image I found in my shen files was Den's Shen, the first ever shen known. It comes from the pharaoh Den's Early Dynastic royal tomb excavated by Flinders Petrie at Abydos. Abydos is in Upper Egypt, about 40 miles north of Luxor. The cluster of royal tombs there are about 1km into the western desert, away from the Nile valley. Abydos is the ancient burial ground of the earliest pharaohs of all Egypt.
The earliest shen ring known in Egyptian iconography. From an ivory tag discovered by Flinders Petrie at the tomb of Den, Abydos.
Petrie found this ivory tag or fragment of a small ivory box lid in Den's tomb there, and as it carries the king's name we can date it to the middle of the First Dynasty, about 2,950 B.C. Already we can see that the full form of the shen, with a circular loop and little tied ropes at the base, is shown, alongside a patterned box with the pharaoh's name inside known as a 'serekh'. In the First Dynasty and later on, the king's name was contained inside this 'palace facade' decorated rectangle that was used to signify and protect the king's name, long before the cartouche came into use at the end of the Third Dynasty. The cartouche is of course an extended shen ring, so it is possible that the shen here already represented the same encircling royal protection that the cartouche did later on. The lines on the serekh represent the characteristic niched walls of the palaces and mastaba tombs of the nobles and royals at the time. People would have recognized this as a royal motif and would have recognized the king's name by it, even if they couldn't read it. On top of the serekh, as was usual, is the falcon god Horus, protector of the king and emblem of the king's original center of power, the town of Hierakonpolis, about 40 miles south of Luxor. Although his body has broken off we can still see his characteristic legs and claws on top.
Also here we can see the hieroglyph for gold on the right center 'nub'. It looks like a basket with a cloth draped over it, and it may refer to an item of king's gold or to the nearby town of Nubt, the town of gold, as it was close to the gold mines in the eastern desert. The ureaus snake above was another symbol of protection for the pharaoh and of the sun god Ra. It has other meanings as well so it is difficult to interpret exactly what it meant in this context. All in all this is some sort of tag or fragment of a small box lid with many significant symbols related to the pharaoh and protection and gold. Den's shen. The first ever.
Here is a link to the British Museum catalogue for this item museum number E35552. The description incorrectly refers to the shen as meaning 'eternity'. The meaning of the shen is in fact closer to 'enduring royal encircling protection', or eternal royal encircling protection. The entry is also incorrect as it states that the arrangement on this tag was influenced by similar glyphs at the Step Pyramid, whereas of course the Third Dynasty step pyramid of Djoser was built long after this tag or lid was made.
Lightbody, D.
2012 The Encircling Protection of Horus in Proceedings of the XIIth Annual Current Researches in Egyptology Conference, University of Durham, Oxford: Oxbow
PT534 – Spell of protection for the king's tomb
Posted on March 28, 2012 by arkysite
As promised, here is the Old Kingdom text that confirms the existence of encircling protective symbolism directly linked to the pyramids themselves. This is from the Pyramid Texts inscribed on the walls of the 6th Dynasty pyramid of Pepi I.
PT 534 – The encircling part of this spell or prayer of protection refers to the ideology of eternal encircling protection, represented by the 'shen', for the pharaoh. The shen is usually depicted as being carried by Horus. This text describes the same encircling symbolism as was identified in the pyramid architecture by Petrie. Also re-iterated by Edwards and Verner and others.
Log in editor:

redpajama_set_name: RedPajamaCommonCrawl


text:
Q: Active directory failover I have a Windows Server 2003 SP2 server which is running as Active directory for my testlab.com forrest.
I observed that "netlogon" service is frequently stopping automatically as it results unable to use the nwtwork resources.
For this I want to use a Failover server for AD, means I will create another server as ADC and then i will configur it into cluster so when the ADserver fails the ADC01 will come online automatically.
Is it possible? Can any one help to achieve this?
Update:
I have configired sites in my AD with 2 cases
Case 1: let say One Site is not not replicating properly,then how the domain users will authenticate? Also how could I know to which site the users are getting authenticated
Case 2: If my AD servers which holds all the FSMO roles is down with some reason,At this stage how could I get failover i.e how to automatically enable another server to hold the all FSMO roles and users authentication.
Please note The AD and all servers are running on Windows 2003 SP2 Enterprises as OS.

A: The other answers cover the fact that you can just add more DCs to add redundancy. One other thing that is relevant here is netlogon should not be stopping in a healthy environment. It would be a good idea to dig through the event logs and find out what is causing this to happen. I know of one known issue where netlogon will pause when disk space is low (less than 512MB seems to come to mind).

A: I think you're missing part of the point of active directory. If you're set up to create another server you don't want to have only one running, you have both of them running all of the time, both configured as Domain Controllers. The way to do this is to install the second server, then DCPromo it to become a domain controller. Active Directory will pretty much handle the automatic synchronization between the servers.
For more redundancy in some areas you can use DFS rather than going directly to shares on the individual servers - that way if the files are on both servers you don't lose access if one server is down.

A: Active Directory doesn't use failover clustering; when you have multiple DCs in one domain, they are automatically kept in sync and all of them service client requests. You only need to add as many DCs as you need to the domain, and AD will do the rest.
This can get a bit more complex if you have multiple domains and/or mutiple sites, but for a single site/single domain deployment like yours, that's pretty much all you need.

A: Hai ..
I think this guid will help you..
http://technet.microsoft.com/en-us/library/cc770625%28WS.10%29.aspx
Best wishes

redpajama_set_name: RedPajamaStackExchange


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Butcher Sword is a two-handed sword base type.
Butcher Sword has a legacy variant.
Implicit mod changed to +250 to accuracy rating (previously 18% increased Accuracy Rating).
Attack speed increased to 1.3 attacks per second (up from 1.2).
Damage reduced to 29-68 (down from 32-75).


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text:
Q: Retrieving COUNT of a calculated expression I read here that I can include an argument inside COUNT, to return a calculated value. I'm trying the following but I'm missing something. Can you help? Thanks!

  mysql_select_db(DATABASE_NAME, $connection);
    $client = "demo/";
    $result = mysql_query
    (
        "SELECT
        COUNT(page_max > 126) AS completed
        FROM " .SESSIONDB. "
        WHERE client = '$client'
        AND page = 'interaction.php'
        "
    );
    if(mysql_error()) die(DIRECTORY_TITLE . " - Error DBA110 " . mysql_error());
    // output THE QUERY
    while($row = mysql_fetch_assoc($result))
    {
        echo $row['completed'];
    }

A: Try
 "SELECT
    COUNT(*) AS completed
    FROM " .SESSIONDB. "
    WHERE client = '$client' AND page_max > 126
    AND page = 'interaction.php'"

A: How about this
SELECT
SUM(CASE WHEN page_max > 126 THEN 1 ELSE 0 END) AS completed
FROM table
WHERE client = '$client'
AND page = 'interaction.php'

Or as Nicolò Martini said, move page_max to WHERE condition if you don't need total count of items.

A: This should do what you want:
SELECT COUNT(IF(page_max>126,1,NULL)) AS completed ....

COUNT counts the number of rows that aren't NULL.  This expression turns anything where page_max is greater than 126 into 1 and anything that isn't into NULL.
That said, why not just move page_max to the WHERE condition?