In a groundbreaking discovery, researchers have found that the Great Pyramid of Giza can focus electromagnetic energy. This revelation significantly impacts our understanding of ancient engineering and potential modern applications. This article delves into the details of this historic discovery and its potential impact on future technologies.
Scientists uncover how Egypt’s Great Pyramid manipulates electromagnetic waves.
An international group of researchers from Russia’s ITMO University, along with Laser Zentrum Hannover, have discovered that electromagnetic power can focus through the inner rooms of the Great Pyramid of Giza and beneath its base. The effect occurs on resonance conditions, where electromagnetic waves of proportionally, or of the size of resonance, size excite the pyramid, reports Electro-Optics.
The researchers utilized numerical modelling and analytical means of physics to simulate the electromagnetic response of the pyramid. The researchers estimated that the resonance of the pyramid can be excited by radio waves of 200-600 meters. The researchers created a simulation of the electromagnetic response of the pyramid along with its extinction cross-section that is utilized to calculate incident wave power scattered or absorbed by the pyramid on resonance conditions.
The researchers also gained information on electromagnetic fields’ distribution within the pyramid under resonance conditions. To interpret their findings, researchers utilized multipole analysis, or multipole approximation, which physicists use to simulate how complex objects react to electromagnetic fields. The process is defined by replacing objects’ scattering fields with arrays of simpler electromagnetic wave sources called multipoles. By knowing what each multipole is, researchers can predict and describe scattered fields’ arrangement and layout within the overall system.
The surprising ways this discovery could impact modern technology
The researchers believe that their findings can have far-reaching consequences in real life. By inducing the same effects on the scale of nanoparticles, researchers believe that nanoparticles can be developed to focus on electromagnetic power like that of the Great Pyramid. Such nanoparticles can be used to construct very efficient solar cells and advanced sensors.
Phys.org reports that nanoparticles control the scattering of light by size, form, and refractive index. By manipulating these parameters, resonance scattering regimes can be identified and harnessed to construct devices that can control light on the scale of nanoparticles. One of the most thrilling possibilities of this finding is constructing very efficient solar cells.
By using nanoparticles that mimic the electromagnetic properties of the Great Pyramid, very efficient solar cells can be created that can absorb and focus more sunlight, hence increasing their efficiency. Nanoparticles can also be utilized to construct advanced sensors. By focusing electromagnetic power, sensors can detect very minute changes around them, making them very sensitive and accurate.
Could ancient Egyptians have known more about physics than we think?
The discovery that electromagnetic power can be focused through the Great Pyramid of Giza adds to the impressive lineup of engineering marvels associated with this ancient building. The Great Pyramid, constructed around 2560 BC, had been the subject of myths and speculations throughout centuries. The discovery suggests there had been greater awareness of physics and engineering on behalf of old Egyptians compared to what history had shown.
The Great Pyramid has been surrounded by myths and speculations for centuries. Some have fantasized that it was constructed by life outside of this universe, while others have fantasized that it is full of mystic power. Though this discovery does not prove either of these, it adds a new dimension of interest to the pyramid’s history.
What’s next? How scientists intend to continue
The researchers intend to continue investigating to learn how much more can be learned about the electromagnetic properties of the Great Pyramid of Giza and other ancient buildings. By doing that, they intend to determine how much more advanced engineering techniques were utilized by old civilizations.
Apart from expanding our knowledge of ancient engineering, researchers also intend to use what they have learned by developing new technology that can better life today. By synthesizing nanoparticles with the electromagnetic properties of the Great Pyramid, researchers intend to form new technology that can better life today.
The discovery of how the Great Pyramid of Giza focuses electromagnetic power is doubly important to our historical consciousness of advanced engineering by earlier civilizations and technological innovation today. The pyramid’s electromagnetic properties have also shown researchers how to unlock new sources of making very effective solar cells and sensors.
Not only is this discovery adding mystic to the mystic of the Great Pyramid, but it also unlocks new sources of scientific discovery and technological advancement. With continuing research, much can be gained concerning the advanced engineering of earlier civilizations and how it can be integrated into today’s technology.
