Advances in the Application of Lasers in Materials Science

R. Haglund : Lasers systems for materials processing: present and future<p>&nbsp;</p><p>W. Kautek : The role of defects in ultrashort pulse laser-matter interaction</p><p>J. Reif : Surface functionalization by laser-induced structuring</p><p>D.B. Geohegan : Laser Interactions for the Synthesis and Characterization of Atomically-Thin Two-Dimensional Materials</p><p>A. Miotello :&nbsp; Laser-inducing extreme thermodynamic conditions in condensed matter to produce nanomaterials for catalysis and the photocatalysis</p><p>S. Stagira : Molecular orbital tomography based on high-order harmonic generation: principles and perspectives</p><p>N. Bulgakova & L. Zhigilei : Insights into laser-materials interaction through modelling on atomic and macroscopic scales</p><p>M. Dinescu : Laser structuring of soft materials</p><p>A.P. Caricato : MAPLE and MALDI: from fundamentals to applications</p><p>K. Sugioka : Ultrafast laser micro and nano processing – from fundamentals to applications</p><p>M. Castillejo : Nonlinear optics in laser ablation plasmas</p><p>I. Mihailescu : Combinatorial laser synthesis of biomaterial thin films: selection and processing for medical applications</p><p>C. Phipps : Laser ablation propulsion and its applications in space</p>P.M. Ossi : Laser synthesized nanoparticles&nbsp; for therapeutic drug monitoring &nbsp;