Artificial intelligence has analyzed millions of chemical structures and, among them, discovered a new crystalline compound that absorbs sunlight 30% more efficiently.
This discovery is a significant step toward the development of green energy, since improving the efficiency of solar panels directly affects the affordability and spread of renewable energy.
One of the main obstacles in the field of solar energy has always been the limited efficiency of panels: the less light a material absorbs, the larger the surface area needed to obtain the same amount of energy, which raises costs and complicates installation. A 30% increase in absorption efficiency, if confirmed in practical use, could significantly change that balance.
It also shows how artificial intelligence is becoming a tool for scientific discovery—not by replacing researchers, but by significantly accelerating the search through millions of options, something that would be practically impossible for humans.
It remains to be seen how much this laboratory result will translate into an industrial product, and whether the material will retain its properties under long-term use.
