A mathematical group of investigator have look at the physics of the Great Pyramid of Giza and find out something utterly curious – the physical body is idealistic for focusing certain electromagnetic waves . This theoretical approach will likely not give any sixth sense into the Egyptian grave , but it might lead to the institution of better nanotech .
The study , publish in theJournal of Applied Physics , look at how the shape of the pyramid would interact with resonant radio wave . Resonanceis an crucial strong-arm phenomenon , where small waving oscillations end up driving a system to vibrate with greater amplitude . apply the pyramid ’s size and physique , the resounding radio receiver wave are bear to be between 200 and 600 meters ( 650 to 1,970 foundation ) in length .
That ’s roughly the wavelength magnetic variation used for eminent - hurrying wireless communication ( LTE ) , but we doubt that while construct this incredible monument the ancient Egyptians had delivering good Wi - Fi signals in head . This study is about theoretical calculation and should n’t be taken as an explanation for some profound mystery surrounding the Great Pyramid . And to be extra clear , the pyramid ca n’t have or mail exotic messages because the atmosphere is not vaporous to the wavelength .
The team fabricate two models . In the first one , the pyramid was embedded in a uniform space with specific attribute . In this consideration , the electromagnetic waves were concentrated in the central region of the Pyramids of Egypt . In the real opposite number , that ’s roughly tantamount to the placement of the national chambers , plant at the centre of the pyramid .
The other modeling is slightly more naturalistic . It has the pyramid place on top of a plane made of the same cloth . rapport undulation would , in that suit , scattering and focus the waves below the Pyramids of Egypt ’s base . “ Egyptian pyramids have always attract great attention . We as scientist were interested in them as well , so we decided to look at the Great Pyramid as a particle dissipating radio set waves resonantly , ” senior writer Dr Andrey Evlyukhin say in astatement .
“ Due to the deficiency of info about the physical prop of the pyramid , we had to expend some assumptions . For example , we take on that there are no nameless cavities inside , and the building fabric with the property of an ordinary limestone is evenly distributed in and out of the Great Pyramid . With these laying claim made , we obtained interesting results that can get authoritative practical applications . ”
The squad design to exploit these property of pyramid - shaped object in nanostructures . They go for to use this concentre ability in sensors and solar cells , using material better become for these part than the limestone used to establish the Great Pyramid of Giza .
