Lens array arrangements are commonly used for the homogenization of highly coherent
laser beams. These fly's eye condenser configurations can be used to shape almost …

The current study aims to investigate the effects of micro-lens arrays (MLA) and diffractive
optical elements (DOE) on skin tissue via intra-dermal laser-induced optical breakdown …

Microlens arrays (MLAs) are increasingly applied in high-end photonics and imaging
systems. Advanced diamond turning machining with tool servo technique is a superior …

The energy required to generate ultrashort pulses with petawatt peak power from a Ti:
sapphire laser system is a few tens of joules. To achieve this, the final amplifier must have a …

Illumination systems for various industrial applications, eg, in semiconductor industries and
medical treatment techniques, require a specific and well-adapted intensity distribution with …

Microlens array have been developed as an essential element in integrated micro-optical
systems. However, rapidly fabrication of high integration, high fill factor and multi-layer …

The synthesis method including wave-optics and ray-tracing for the acceleration of the
simulation of micro-optical systems has been developed. The effects of the spatial …

This work demonstrates the fabrication of a simple, low-cost microlens array (MLA) diffuser
film with controllable haze distribution (diffusion effect) by a combination of “breath …

In this paper, we analyze a few aspects of Pancharatnam–Berry (PB) phase optical lenses.
First, we provide theoretical formulas on how the optical efficiency, focal length, and point …

Generalized Phase Contrast (GPC) is an efficient method for generating speckle-free
contiguous optical distributions useful in diverse applications such as static beam shaping …