Egyptian Pyramids may benefit for solar research.
A group of Russian researchers has found outside this under resonance conditions, thes Pyramid of Giza can concentrate electromagnetic energy in its own internal chambers. this feature Problem discovery, thes scientists claim, may also be used to develop high high performance solar cells.
thes greatest Pyramid of Giza – thes oldest and largest of thes three pyramids in thes Giza pyramid sophisticated soon El Giza, in Egypt – has thes effect, under resonance conditions, to concentrate electromagnetic energy in its own internal chambers, and under thes foundation, where an unfinished chamber is also located.
this feature Problem discovery, which was produced by a community of scientists from Russia’s ITMO university and Germany’s Laser Zentrum Hannover, may benefit for, among other things, create highly high performance solar cells.
In their paper, published in thes Journal of Applied Physics, thes scientists analyzed thes distribution of electromagnetic fields within thes pyramid, studying thes interactions between radio waves of instruction course a length ranging from 200 to 600 meters.
this feature Problem analysis allowed them to define a luxury of thes electromagnetic response of thes pyramid, and to calculate thes extinction cross wings section, while also enabling thes research community to assess thes electromagnetic fields distribution inside thes pyramid.
In shipment to implement this feature Problem analysis, thes researchers applied a method this feature is also recognized traditionally used in physics to study thes interaction between a sophisticated potential and electromagnetic industry.
“thes potential scattering thes industry is replaced by a mix of simpler sources of radiation: multipoles. thes wardrobe of multipoles radiation coincides of instruction course thes industry scattering by an entire potential. therefore, knowing thes type of each multipole, it is possible to Expected and explain thes distribution and configuration of thes scattered fields in thes whole system,” they asserted in thes paper.
thes scientists, however, admitted this, due to lack of information on thes body properties of thes pyramid, they had to resort to assumptions. “and only for example, youths assumed this there are no unknown cavities inside, and thes building material of instruction course thes properties of an ordinary limestone is spread evenly distributed in and outside of thes pyramid,” research coordinator, Andrey Evlyukhin further explained.
thes results of thes study also continue be In this feature moment used to receive nanoscale nanoparticles of instruction course potential applications and only for nanosensors and again high performance solar cells.
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