In this contribution we review recent developments and advances in femtosecond laser
ablation, with a focus on biomedical applications. In recent years, research has focused on …

The potential of ultrafast lasers (pico-to femtosecond) in orthopedics-related procedures has
been studied extensively for clinical adoption. As compared to conventional laser systems …

Minimally invasive neurological surgeries are increasingly being sought after for treatment in
neurological pathologies and oncology. A critical limitation in these minimally invasive …

Creation of sub-epithelial voids within scarred vocal folds via ultrafast laser ablation may
help in localization of injectable therapeutic biomaterials towards an improved treatment for …

To numerically characterize optothermal interactions at the laser-tissue interface during
tissue imaging or surgery, the bioheat transfer partial differential equation (PDE) needs to be …

Significance The creation of subepithelial voids within scarred vocal folds via ultrafast laser
ablation may help in localization of injectable biomaterials toward a clinically viable therapy …

In this paper, we present a 2-photon imaging probe system featuring a novel fluorescence
collection method with improved and reliable efficiency. The system aims to miniaturize the …

Ultrafast laser ablation supersedes conventional surgical techniques in terms of precision
and thermal load generation. However, the main limiting criterion of the application of laser …

The major advancements in ultrafast laser ablation technology are revolutionizing surgical
precision and minimizing thermal impact compared to traditional methods. However, the …

The goal of this research was to further improve existing ultrafast laser surgery techniques.
To do so, different beam shapes (Bessel-Gauss and Gaussian) were compared for …