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			by Rossella Lorenzi 
			May 26, 2011 
			
			from
			
			Discovery Website 
			
			 
			Written in red paint, the symbols may help Egyptologists figure out 
			why mysterious shafts were built into the pyramids. 
			 
			A robot explorer sent through the 
			Great Pyramid of Giza has begun to 
			unveil some of the secrets behind the 4,500-year-old pharaonic 
			mausoleum as it transmitted the first images behind one of its 
			mysterious doors. 
			 
			The images revealed hieroglyphs written in red paint that have not 
			been seen by human eyes since the construction of the pyramid.  
			
			  
			
			The 
			pictures also unveiled new details about two puzzling copper pins 
			embedded in one of the so called "secret doors." 
			  
			
			
			  
			
			A composite of images 
			of the floor of the Great Pyramid is shown.  
			
			Red hieroglyphs are 
			visible. 
			
			  
			
			
			  
			
			
			  
			
			
			  
			
			  
			
			Published in the Annales du Service Des Antiquities de l'Egypte 
			(ASAE), the images of markings and graffiti could unlock the secrets 
			of the monument's puzzling architecture. 
			
				
				"We believe that if these 
				hieroglyphs could be deciphered they could help Egyptologists 
				work out why these mysterious shafts were built," Rob 
				Richardson, the engineer who designed the robot at the 
				University of Leeds, said.  
			 
			
			The study was sponsored by Mehdi Tayoubi 
			and Richard Breitner of project partners Dassault Systèmes in 
			France. 
  
			
			Built for the pharaoh Cheops, also known as Khufu, the Great Pyramid 
			is the last remaining wonder of the ancient world. 
			 
			The monument is the largest of a family of three pyramids on the 
			Giza plateau, on the outskirts of Cairo, and has long been rumored 
			to have hidden passageways leading to secret chambers. 
			 
			Archaeologists have long puzzled over the purpose of four narrow 
			shafts deep inside the pyramid since they were first discovered in 
			1872. Two shafts, extend from the upper, or "Kings Chamber" exit 
			into open air.  
			
			  
			
			But the lower two, one on the south side 
			and one on the north side in the so-called "Queen's Chamber" 
			disappear within the structures, deepening the pyramid mystery. 
  
			
			Widely believed to be ritual passageways 
			for the dead pharaoh's soul to reach the afterlife, these 
			8-inch-square shafts remained unexplored until 1993, when German 
			engineer Rudolf Gantenbrink 
			
			sent a robot through the southern shaft. 
			 
			After a steady climb of 213 feet from the heart of the pyramid, the 
			robot came to a stop in front of a mysterious limestone slab adorned 
			with two copper pins. 
			 
			Nine years later, Hawass explored the southern shaft on live 
			television. As the world held its breath, a tomb-raiding robot 
			pushed a camera through a hole drilled in the copper pinned door - 
			only to reveal what appeared to be another door. 
			 
			The following day, Hawass sent the robot through the northern shaft. 
			After crawling for 213 feet and navigating several sharp bends, the 
			robot came to an abrupt halt in front of another limestone slab. 
			 
			As with the Gantenbrink door, the stone was adorned with two copper 
			pins. 
			
				
				"I dedicated my whole life to study 
				the secrets of the Great Pyramid. My goal is to finally find out 
				what’s behind these secret doors," Zahi Hawass, Egypt's Minister 
				of State for Antiquities Affairs, told Discovery News in a 
				recent interview. 
			 
			
			In the attempt to solve the mystery, 
			
			Hawass established the
			
			Djedi project, a joint international-Egyptian 
			mission, which he named after the magician who Khufu consulted when 
			planning the layout of this pyramid. 
			
				
				"I selected the Djedi team during a 
				competition that I coordinated to pick the best possible robot 
				to explore the shafts in the Great Pyramid," Hawass said. 
			 
			
			The winning robot, designed by Leeds 
			University, has indeed gone further than anyone has ever been before 
			in the pyramid. 
			 
			The project began with the exploration of the southern shaft, which 
			ends at the so called "Gantenbrink’s door."
			The robot was able to climb inside the walls of the shaft while 
			carrying a "micro snake" camera that can see around corners. 
			 
			Unlike previous expeditions, in which camera images were only taken 
			looking straight ahead, the bendy camera was small enough to fit 
			through a small hole in a stone "door," giving researchers a clear 
			view into the chamber beyond. 
			
			  
			
			It was at that time that the camera 
			sent back images of 4,500-year-old markings. 
			
				
				"There are many unanswered questions 
				that these images raise," Richardson told Discovery News.  
				
				  
				
				"Why 
				is there writing in this space? What does the writing say? There 
				appears to be a masonry cutting mark next to the figures: why 
				was it not cut along this line?" Roberston wondered. 
			 
			
			The researchers were also able to 
			scrutinize the two famous copper pins embedded in the door to the 
			chamber that had only ever been glimpsed from the front before. 
			
				
				"The back of the pins curve back on 
				themselves. Why? What was the purpose of these pins? The loops 
				seem too small to serve a mechanical purpose," Richardson said. 
			 
			
			The new information dismisses the 
			hypothesis that the copper pins were handles, and might point to an 
			ornamental purpose. 
			
				
				"Also, the back of the door is 
				polished so it must have been important. It doesn't look like it 
				was a rough piece of stone used to stop debris getting into the 
				shaft," project mission manager Shaun Whitehead, of the 
				exploration company Scoutek UK, said. 
			 
			
			The Djedi robot is expected to reveal 
			much more in the next months. 
			 
			The device is equipped with a unique range of tools which include a 
			miniature "beetle" robot that can fit through a 19 mm diameter hole, 
			a coring drill, and a miniaturized ultrasonic device that can tap on 
			walls and listen to the response to help determine the thickness of 
			the stone. 
			 
			The next step will be an investigation of the chamber's far wall to 
			check whether it is another door, as suggested in the 2002 live 
			exploration, or a solid block of stone. 
			
				
				"Then we are going to explore the 
				northern shaft," Richardson said. 
			 
			
			The team has committed to completing the 
			work by the end of 2011.  
			
			  
			
			A detailed report on the findings is 
			expected to be published in early 2012. 
  
			
			
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