The interaction of intense femtosecond laser pulses with transparent materials is a topic that
has caused great interest of scientists over the past two decades. It will continue to be a …

Femtosecond laser-induced volume nanograting formation is numerically investigated. The
developed model solves nonlinear Maxwell's equations coupled with multiple rate free …

An object that possesses chirality, that is, having its mirror image not overlayed on itself by
rotation and translation, can provide a different optical response to a left-or right-handed …

A comprehensive analysis of laser-induced modification of bulk glass by single ultrashort
laser pulses is presented which is based on combination of optical Maxwell-based modeling …

Polarization plays a crucial role in light–matter interactions; hence its overall manipulation is
an essential key to unlock the versatility of light manufacturing, especially in femtosecond …

Exploiting the characteristics of spatially chirped ultrafast pulses has been an increasingly
active area of research. In this paper, we review the developments in the past year of the …

The properties of structures written inside dielectrics with high repetition rate femtosecond
lasers are known to depend strongly on the complex interplay of a large number of writing …

We demonstrate a new kind of form birefringence in lithium niobium silicate glass induced
by femtosecond laser direct writing. By combining electron backscatter diffraction and …

Light-matter interaction within ultrashort duration time contributes to the nonlinear
photoionization that allows diverse nanostructures, especially subwavelength nanogratings …

Modality is a generic concept of wave-optics at the basis of optical information and
communications. One of the challenges of photonics technologies based on optical orbital …