'Excavation' mysterious electric energy from ... Egyptian crypt

The 5,200-year-old Egyptian blue is often found in ancient statues, excavated reliefs from hidden tombs of incredible energy: it can help modern people create . electricity.

Egyptian blue is not only the first synthetic color made by humans. Scientists at Lawrence Berkeley National Laboratory - the US Department of Energy have discovered this mysterious green color carries an incredible source of energy.

The green on the ancient Egyptian bas-reliefs has many incredible scientific values ​​- (ANCIENT PAGES).

According to the study, published in The Journal of Applied Physics, this team of scientists said this mysterious Egyptian blue can help people improve performance in modern buildings with roof paint applications, walls, cars . to protect against heat and natural cooling; paint windows to create . electricity.

The houses discovered that the fluorescence level that Egyptian blue paint produced was 10 times higher than previously known. This blue absorbs natural light, then emits this light back to near infrared.

If applied on surfaces, it will have the effect of reflecting sunlight like white paint but stronger and has a better cooling effect. If you paint them on a window frame and connect to the right equipment, the infrared energy that the door frames emit will help to generate significant power without the need for bulky solar panels. .

These applications are very feasible because when properly restored, the original Egyptian blue is an extremely beautiful and elegant color.

Egyptian blue is about 5,200 years old. The ancient Egyptians used a mixture of strong copper, sand and alkali, calcined at 800-900 degrees Celsius with strict conditions. In 2017, a team of scientists came from the Nanochemistry Research Institute (Curtin University, Western Australia) and the Indianapolis Museum of Art (USA) studied the application of this Egyptian blue into a fingerprint discovery powder. better than any means that the forensic industry owned before.