Short pulses, extreme peaks, and precise wave forms enable investigation of rapid nature processes.

Described as “significant progress in making quantum dots more practical for real applications”.

Fluorescence lifetime method characterizes thousands of molecules quickly and simultaneously.

Aston University trialing “breakthrough” approach in Birmingham; using busy railway viaduct as test site.

Fluorescence technique reveals response of cancer cells when physically squeezed.

...and solar panels and rice fields thrive together in Japanese agrivoltaics pilot.

Dual-mode optical imaging offers new approach to clinical assessment and diagnosis.

Shanhui Fan and Harry Atwater present research on photonic structures for manipulating thermal radiation, and the science of light-matter interactions.

Holographic microscopy points to new undestanding of role in disease, drug therapy.

Aim is to solve problems associated with limitations of current co-packaging process.

Polarized light method provides more detailed and accurate structural information than MRI.

“Supermode” is controllable pattern brighter than combined separate devices.