Researchers in Switzerland have discovered a new way to make perovskite solar cells more efficient and stable by locking rubidium (Rb) into the material’s structure using lattice strain.

Researchers at EPFL have found a way to dramatically reducing energy loss and boosting efficiency perovskite solar cells by incorporating rubidium using lattice strain-a slight deformation in the ...

The EPFL researchers developed a method where the rubidium ions receive stabilization through lattice strain applications within the perovskite material. The altered atomic structure blocks ...

By scattering neutrons off this vortex lattice, we could precisely measure changes in its structure and how it evolves with temperature and magnetic field strength." The measurements collected by ...

Scientists in Switzerland have discovered a new method to enhance perovskite ... by applying lattice strain. By utilizing the controlled distortion in the atomic structure, the pioneering approach ...

By utilizing "lattice strain" of the perovskite film, they managed to incorporate Rb ions into the structure, which prevented the unwanted phase segregation. This novel approach not only ...

By utilizing "lattice strain" of the perovskite film, they managed to incorporate Rb ions into the structure, which prevented the unwanted phase segregation. This novel approach not only stabilizes ...

In this study, we propose a rigorous methodology to inversely design one-dimensional diatomic lattices based on the topological properties of complex phase loci, derived from the off-diagonal elements ...

A team of engineers from RMIT’s Centre for Innovative Structures and Materials utilized biomimicry to develop a super-strong lattice structure that provides enhanced performance compared to ...