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"With electrification and the development of AI, we will probably see a significant increase in the world's energy needs. That electricity needs to come from environmentally sustainable sources if we are to slow down climate change at the same time," says Feng Gao, professor of optoelectronics at LiU.

Inspired by this natural structure, scientists have explored ways to synthetically assemble chlorophyll-based structures for applications in optoelectronics and renewable energy.

With any luck, this will open up new avenues for materials design, ultimately leading to better organic electronics, optoelectronics, and sensing devices.

Perovskites are currently a hot topic in materials science due to their remarkable properties and potential applications, including sustainable energy technologies, catalysis, and optoelectronics, to name a few.

These findings could pave the way to an innovative strategy for adjusting the properties of hybrid perovskites, leading to practical advances in optoelectronics and energy generation.