Here, we combined shaping and multiplexing of the laser beam to achieve ultrafast
femtosecond-laser patterning of Au films with coaxial and circular hole arrays at a printing …

We consider methods for obtaining a multitude of structured laser beams (multiplexing) from
an illuminating beam (both structured and unstructured) with the help of diffractive optical …

Nanostructured regular patterns on silicon surface are made by using femtosecond laser
irradiations. This is a novel method that can modify the surface morphology of any large …

Inscription of embedded photoluminescent microbits inside micromechanically positioned
bulk natural diamond, LiF and CaF2 crystals was performed in sub-filamentation …

Recently, structured laser beams are gaining attention in laser–matter interactions and
related applications of metamaterials and metasurfaces. Ablative laser printing using …

Complex polarization-phase transformations are considered, which are implemented using
easy-to-manufacture optical elements. The manufacturing technology of such elements is …

We report the possibility of a time-resolved bacterial live/dead dynamics observation with the
use of plasmonic nanospikes. Sharp nanospikes, fabricated on a 500-nm thick gold film by …

Рассмотрены сложные поляризационно-фазовые преобразования, которые
реализуются с использованием простых в изготовлении оптических элементов …

超快激光在金属, 电介质和半导体表面制备周期性纳米结构可以有效地改变材料的物化性质,
如光学, 电学, 亲疏水性等. 周期性纳米条纹取向通常依赖于激光的偏振, 因此利用径向偏振的飞 …

Рассмотрены методы получения множества структурированных лазерных пучков (
мультиплексирования) из одного освещающего пучка (как структурированного, так и …