'Giza's Great Pyramid' turns out to be structured to collect electromagnetic energy in the inner room

As a result of the analysis of the physical characteristics of the Great Pyramid of Giza in Egypt by the international research team, the pyramid has a structure that allows electromagnetic energy to resonate internally and concentrate in several rooms It was revealed. Although it is a discovery that is a very large scale because it is a pyramid, in reality this achievement may lead to finding new discoveries in the field of nanoparticles as well.

Electromagnetic properties of the Great Pyramid: First multipole resonances and energy concentration: Journal of Applied Physics: Vol 124, No 3
https://aip.scitation.org/doi/10.1063/1.5026556

Study reveals the Great Pyramid of Giza can focus electromagnetic energy
https://phys.org/news/2018-07-reveals-great-pyramid-giza-focus.html

This research was advanced by a team of scientists such as Information Technology, Mechanical and Optical University (ITMO University) in St. Petersburg , Russia. Construction has been carried out by King Kufu of ancient Egypt and the only large existing pyramid of Giza in the world's seven wonders is a building that is enveloped in so many mysteries but the research team has new hidden It is unraveling that there is an effect that has been done.

The pyramid is a huge building whose base length is over 230 meters on a side, with Bissiri and limestone piled up. Therefore, the internal structure has not yet been fully elucidated. Therefore, in calculating the physical characteristics of the pyramid, the research team is conducting calculations based on the premise that "there are no unknown rooms yet to be found in the pyramid" and "the limestone is evenly stacked up" I will.

The research team created a pyramid model under these assumptions and investigated the electromagnetic wave characteristics of the pyramid using numerical modeling. The research team initially assumed that "the resonance in the pyramid is induced by an electromagnetic wave (about 1.5 GHz to 500 KHz) with a wavelength of 200 to 600 m", then create a model of the electromagnetic response of the pyramid and disappear By calculating the cross sectional area, we found out where the electromagnetic wave is scattered or absorbed in the inside of the building, and numerically derived how the electromagnetic waves behave inside the pyramid.

As a result, it turned out that the energy of electromagnetic waves concentrates in the space inside the pyramid "between the kings" "between the queen" and "the unfinished cellar". It is quite interesting to conclude that the king and Queen are important spaces in the pyramid and that the electromagnetic waves concentrate there. Furthermore, interest is deducted from what the meaning of "unfinished cellar" existing in the place where electromagnetic waves gather side by side along with them.

However, the research team's point is not "the electromagnetic wave inside the pyramid", but it seems that this pyramid structure is in effect in the nanometer world. The research team thinks that it can be applied to the realization of more efficient sensors and highly efficient photovoltaic panels by creating nanostructures with structures that concentrate electromagnetic waves.

By Christopher Chan