Halide perovskite supercrystals, also known as superlattices, are electronically coupled low-dimensional materials, such as nanocrystals, quantum dots, or nanoplatelets that offer collective optical and electronic properties distinct from those of their constituents. The intrinsic dielectric properties and defect t

Chiral (R-MBA)2SnBr6 and (S-MBA)2SnBr6 metal halides crystallize in enantiomorphic helical space groups P61 and P65, respectively. The helical orientation of chiral molecules in the lattice arises du...

Unlocking the potential of chiral LEDs The RADIANT project develops effective and affordable LED technology Integrating photonic nanostructures in LED technologies RADIANT gives LEDs a competitive edge with chirality RADIANT is a research project funded by the European Innovation Council (EIC) 's Pathfinder Challenges programme. It aims to relieve the environmental burden of LED technology

The Responsible Electronics project portfolio Sustainable innovations for the electronics industry The European Innovation Council’s (EIC) Pathfinder Challenges 2023 programme supports coherent portfolios of projects in specific thematic areas working to achieve set objectives for each Challenge. RADIANT is part of the Responsible Electronics portfolio including a total of nine projects. The overall goal of the

Unlocking the potential of chiral LEDs The RADIANT project develops effective and affordable LED technology Integrating photonic nanostructures in LED technologies RADIANT gives LEDs a competitive edge with chirality RADIANT is a research project funded by the European Innovation Council (EIC) 's Pathfinder Challenges programme. It aims to relieve the environmental burden of LED technology

"We’ve essentially reworked the standard recipe for making organic light emitting diodes, like those found in smartphones."

Chiral (R-MBA)2SnBr6 and (S-MBA)2SnBr6 metal halides crystallize in enantiomorphic helical space groups P61 and P65, respectively. The helical orientation of chiral molecules in the lattice arises du....

Nature Communications - Control of chiral light is essential in numerous fields from biosensing to quantum optics. Here, authors demonstrate a universal method to tune chiral response with...

MATSUS (Materials for Sustainable Development) conference by nanoge holds two yearly editions, Spring Meeting and Fall Meeting. The symposia will cover the preparation, structure-property relations, and applications of materials for clean energy conversion, photovoltaics, batteries, renewable fuels and chemicals, light-emitting devices, bio-imaging and sensing, and electrocatalysis, as well as emerging topics such as unconventional computing and artificial intelligence.

This Collection focuses on the cutting-edge advancements in the development and application of chiral materials for photonic devices. Chiral materials exhibit ...

Circularly polarized emission of high dissymmetry (glum ≈ 0.56) is achieved from perovskite halide nanocrystals by depositing them on arrays of prefabricated resonant 2D gammadions. By using differen...

The authors report a nanophotonic architecture consisting of a large-area hexagonal array of triskelia motifs, transferring its chirality to non-chiral materials placed atop and sustaining chiroptical...

The development of scalable chiral photonic structures is a challenging task. Here, the authors use soft lithography with colloidal plasmonic inks to create chiral plasmonic arrays that enable nanopho...