An ancient wonder, this iconic relic now emits a strange energy that could revolutionize technology and displace photovoltaics.
A team of researchers from the ITMO University in St. Petersburg, Russia, has discovered something unusual in the Great Pyramid of Giza. According to his studies published in Journal of Applied PhysicsThis gigantic structure acts like a capacitor of electromagnetic energy. Scientists have discovered that the pyramid is capable of concentrating radio waves at its base, opening new doors for future research.
Through computer simulations, researchers have studied how the pyramid responds to these waves. What they discovered was surprising: when the wavelength of the radiation matched the dimensions of the pyramid, this monumental structure acted as a channel for electromagnetic energy. These findings could have revolutionary implications for the development of nanoparticles that act as highly efficient sensors or solar cells.
An innovation that could change the future of renewable energy
In a world where renewable energies have moved from an option to a necessity, the discovery raises an interesting question: Are we facing a new energy source that could change the landscape? Solar energy, especially in its photovoltaic form, has the ability to use sunlight to generate electricity. However, this new discovery suggests that we could be closer to finding more efficient and sustainable technologies.
Scientists say that radio waves with a length of 200 to 600 meters enter into resonance with the pyramid. From this, they developed a mathematical model that describes how the building reflects or absorbs energy. Electromagnetic radiation is mainly concentrated in the lower chambers of the pyramid, a phenomenon that can be replicated to create new nanoscale devices.
What does this mean for the future of energy?
The potential impact of this discovery goes beyond the pyramid. Researchers are investigating how these properties can be used in the design of pyramidal nanoparticles that can act as efficient nanosensors or solar cells. If we can reproduce this effect at the nanoscale, we could be in for a revolution in the control of light and energy in very small and highly powerful devices.
Researcher Polina Kapitanova from ITMO University points out that this knowledge will allow the creation of nanoparticles with electromagnetic properties that overcome the current limitations of photovoltaic technology. “If materials with the right characteristics are chosen, pyramidal nanoparticles with promising applications can be obtained,” he explained in a statement.
A paradigm shift in renewable energies
Photovoltaics is playing a key role in the transition to a more sustainable world, but the mysterious energy of the pyramid suggests we could be on the cusp of something bigger. While renewable energies such as solar and wind have proven invaluable and effective in combating climate change, this new innovation could redefine the way we capture and use energy.
For now, the scientific community continues to explore the implications of this phenomenon. It is clear that the pyramid of Giza is opening a new chapter in the history of renewable energy.
Could this discovery mark the end of photovoltaics as we know it? Only time will tell.
