Optical Design & Engineering

Different beam sizes and a 20 year-old technique can be used to make small and medium size optics in a vacuum.

A specially-developed computational approach that correctly handles multiple simultaneous optical paths delivers superior experimental performance.

Semiconductor quantum dots integrated in nano-cavities exhibit atom-like properties that can make them useful for the design of functional quantum information networks.

A high-power fiber-based spontaneous emission light source with a tunable filter can be ideal for Fourier-domain optical coherence tomography systems used in biomedical applications.

The high spatial resolution of cathodoluminescence helps to provide information about inhomogeneities in semiconductor-based nanowires.