Modeling 2D and 3D periodic nanostructuring of materials with ultrafast laser pulses

If ultrafast laser photoinscription can confine energy in micro-scale domains of arbitrary geometries, modifying the material refractive index and, at the same time, laying down

A first set of SSO investigations were carried out with various scan velocities for the glass sample at a power level of 8 mW (measured after the objective) with a repetition rate of

We have shown numerically that a single ultrashort pulse irradiation with initially presented randomly distributed inhomogeneities on the surface or in the bulk of fused silica 23

The SEM image in Fig.   5c shows the ripples oriented par- allel to the laser polarization on the fused silica surface for the fluence higher than the one used to obtain the

presented in Figure 4, showing the surface structures obtained on both samples after dif- ferent pulse numbers. Similar periodic surfaces structures are visible for the TC sample in

They show results of employing direct focusing of intense light on glasses in the present of nonlinear excitation mechanisms induced by infrared ultrashort laser irradia- tion [11,

Plasmonic and Hydrodynamic Effects in Ultrafast Laser-Induced Periodic Surface Structures on Metals Jean-Philippe Colombier, Florence Garrelie, Philippe Brunet, Aurélie

Numerous aspects of the non-ablative laser- matter interaction (below the ablation regime) have yet to be understood and its full application potential has yet to be unraveled.