A recent study has revealed the potential of quantum photoexcitation to revolutionize the fields of energy conversion and photonics. This new research, published in Nature Physics, describes how scientists were able to demonstrate how the process of quantum photoexcitation can be used to manipulate the behavior of electrons in molecules.

This study has demonstrated the potential of quantum photoexcitation to revolutionize the fields of energy conversion and photonics. Quantum photoexcitation is a process in which a photon of light can be used to change the energy state of an electron in a molecule. By manipulating the behavior of electrons in molecules, scientists have been able to explore new pathways for energy conversion and photonic devices. This could have a significant impact on the development of new and more efficient energy sources and photonic devices.

Read Full Article Here

source: Phys.org