A Kazakh school student has developed a
device for energy transmission in space. Nurali Amangeldyev, a ninth-grader
from the Abai region, created a device capable of transmitting electricity under
the influence of laser beams. The young inventor worked on this project for
over two years, utilizing accessible materials. As a result, Amangeldyev built
a system comprising two models. One model emits a laser beam onto the photoresistor
of the other, enabling it to charge. The energy generated is sufficient to
power a light bulb or a mobile phone. During testing, the device demonstrated
effective operation at distances of up to 10 meters and maintained consistent
performance under various weather conditions.
«The idea for this project came to me thanks
to my brother when we were working together on a project to generate energy
using a Peltier element. I decided to create a system: a laser that would
transmit this energy, convert it into a laser beam, and send it to other space
stations. These stations, using a special target, would then convert the laser
beam into energy. In total, I found four types of transmission systems
worldwide, including in the U.S., Russia, Japan, and China,» shared young inventor Nurali Amangeldyev.
The young inventor intends to participate
in an international competition in Baikonur with his project. In the future, he
plans to make the device autonomous.
Web-editor: Гайни Жумабек
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