...and University of Strathclyde devises ‘simple’ way of sculpting matter into complex shapes by laser.

Computational image processing reveals obscured objects, could assist automotive and medical uses.

Munich-based, Nasdaq-listed firm is focused on laser communications for air / space / mobile applications.

Laser additive manufacturing enabling more durable, better-fitting false teeth.

NYCU Taiwan project uses material's light-guiding properties to detect sugar concentrations.

TU Denmark-developed device cuts aliasing, achieving sharp beam steering over large field of view.

Such ultrastrong and ductile high-performance materials have applications in aerospace, medical industries.

Technique opens route to pressure-monitoring bandages, shade-shifting fabrics, and touch-sensing robots.

Sensor being developed at Aston and Harper-Adams universities optically analyzes plant VOC emissions.

To enhance sustainability in 3D laser printing for architectural components and more.

Academic-commercial partnership highlights nano-components most likely to create impact in imaging.

Waveguides controlling emitted light play a part in increased measurement accuracy.