A 16-year-old prodigy from Dnipro has made a groundbreaking discovery in agricultural technology (PHOTO).

Sixteen-year-old Kirill from Dnipro, a student at the Dnipropetrovsk Regional Lyceum for Physics and Mathematics, has made a remarkable breakthrough in agrotechnology by developing a unique method for growing plants in underground farms. This was reported by "Vydamo" referencing "Nashe Misto".

His innovation, which allows basil to be grown in just 37-40 days—one-third faster than traditional methods—is based on optimizing the light spectrum and utilizing LED lighting. This is not merely a standard acceleration of the growth process; Kirill has achieved a significant increase in efficiency and a reduction in costs.

The foundation of his technology lies in a deep understanding of photosynthesis and how plants respond to different wavelengths of light. The young prodigy did not just use LEDs; he conducted a thorough analysis of the light spectrum most effective for basil. He experimented with various combinations of red, blue, and green light, measuring the rate of photosynthesis and plant growth under different lighting conditions.

The result was an optimal combination that ensures maximum growth with minimal energy consumption. Kirill reduced the lighting time from 12 to 10 hours a day, achieving energy savings of 15-20% and shortening the growing cycle by 10-12 days. This led to a decrease in production costs by 10-15%, making his technology extremely attractive for commercial use.

Kirill conducted his experiments at home, gradually refining his method. He then had the opportunity to test its effectiveness at the Green Future vertical farm in Dnipro, located in a basement, where he confirmed his positive results.

Kirill's research is not limited to basil. His technology has vast potential for growing other crops. In the future, he plans to explore optimal light spectra for tomatoes, cucumbers, and other plants.

Previously, we wrote about how inventor children from Pavlograd created a device that is more efficient than solar panels