XPANCEO and Nobel laureate unveil the new properties discovery in graphene-like materials, transforming healthcare, AI and AR

March 08, 2024

XPANCEO, collaborating with Nobel laureate Konstantin S. Novoselov and Professor Luis Martin-Moreno, has unveiled groundbreaking discoveries regarding rhenium disulfide and rhenium diselenide. These graphene-like materials exhibit unique light-matter interaction properties, enabling control over light propagation direction without additional technological steps. The materials' symmetry-breaking characteristics allow for the rotation of optical axes, paving the way for innovative light manipulation techniques in various fields.
These discoveries have profound implications for nanophotonics and optoelectronics, offering opportunities for developing advanced optical devices like wavelength-switchable metamaterials and highly efficient biochemical sensors. Particularly in healthcare, these sensors could revolutionize disease detection, potentially reducing costs associated with blood testing equipment and enabling earlier diagnosis of conditions like cancer and COVID.
Moreover, the properties of these materials hold promise for applications in artificial intelligence and machine learning, facilitating the development of photonic circuits for faster and more powerful computing. Additionally, they could enhance augmented reality (AR) features in smart optics like contact lenses or glasses, improving image coloration and aiding individuals with impaired color perception to see the full spectrum of colors.

From: EurekAlert!