Novel device architecture able to generate far more power than conventional designs in near-ultraviolet spectrum.

Indiana University and partners develop new route to fluorescent polymers.

Imaging platform allows new study of cardiac biomechanics.

Pressurizing gas method can be applied to any wavelength from infrared to ultraviolet, and to any gas.

To lead new NSF Center for Quantum Networks – in partnership with Harvard, MIT and Yale.

CEA LETI and Inserm-Lille University Hospital develop 750µm LED needle patches to reach interface between epidermis and dermis.

Hydroptics project aims to improve contaminant detection with AI and infrared spectroscopy, based on QCL frequency combs.

University of Göttingen device points towards more efficient treatments.

Swansea-led collaboration aiming to extend the reach and application of photovoltaics beyond the provision of stationary energy.

Novel soliton platform generates shortest pulse to date from a gain-free fiber source.

Langevin Institute platform enables more precise cell and nerve counts to tackle disease.

University of California, Irvine generates mid-IR images using standard silicon CCDs.