TCT speaks to Paul Brackman, X-ray Product Manager for ZEISS Research & Quality Solutions USA, about how ZEISS is supporting ...

Flexible electronics have long promised devices that bend, stretch, and conform to the human body, from wearable health monitors to roll-up displays and sensors embedded in mining equipment. The ...

Vladimir Zharov presents his vision for how to overcome the spectral, diffraction, and detection limits in spectroscopy, ...

Optical skyrmions have been demonstrated across many wavelengths, but so far only one at a time for a monochrome color palette. Now they are reported as broadband topologies across the entire visible ...

Conjugated polymers have long promised a cheap, flexible route to photonic devices that inorganic crystals can only match at far greater cost and complexity. Now a team of researchers from the ...

Quantum logic gates based on quantum electrodynamics (QED) in strong coupling regime between quantum dots and microcavities ...

By combining controlled thickness with low defect density and industrial compatibility, Smart-Cut technology is creating high-quality SiC-on-insulator substrates that are opening the door to practical ...

Metallic nanostructures are exceptionally effective at concentrating light into tiny volumes, while dielectric nanostructures excel at storing light ...

From folded DNA strands to miniature robots and nano-sized computing components, these innovations show how the future of ...

Chiral sensing is vital in pharmaceuticals and biomedicine but is hindered by the inherently weak chiroptic signals of molecules. Conventional methods rely on tedious chromatographic techniques with ...

Researchers use laser light to reprogram a liquid-crystal metasurface, enabling tunable optical functions for future ...

A new review identifies multifunctionality as a key barrier to programmable quantum photonic circuits and highlights 2D ...