Chromacity reports how its Chromacity 520 femtosecond laser system is being used for rapid, non-contact, non-destructive characterisation of semiconductor thin films.

Chromacity announced that the excellent coupling efficiency and high stability of its Model 1040 ultrafast fibre laser enables it to generate exceptionally broad and flat supercontinua in the near infrared region (750-1300 nm).

Chromacity has published an informative report comparing the advantages of ultrafast fibre lasers with a tuneable, ultrafast Ti Sapphire laser.

Ultrafast laser systems developed by Chromacity are driving advancements in quantum-enhanced optical systems, which hold significant potential for ultra-secure long-distance optical communications.

Chromacity reports on the development of a next-generation optical solution for the detection of contaminants in renewable hydrogen.

Chromacity reports how its tuneable ultrafast infra-red lasers are helping researchers characterise single photon detectors (SPDs), essential devices for applications including quantum key distribution, LiDAR, as well as sensing and characterisation of samples using fluorescence lifetime measurement.

Chromacity, a technological innovator in ultrafast infrared lasers, has been acknowledged in groundbreaking research conducted by Sandia National Laboratories in Albuquerque, USA.

A highly-specialist laser capable of analysing potentially deadly diseases as never before is under development at Heriot-Watt University. The Deep Tissue project is a new laser that aims to enable greater analysis of biological tissue including skin, bone and even plant life.