Titlebook: Ultrafast Laser Nanostructuring; The Pursuit of Extre Razvan Stoian,Jörn Bonse Book 2023 The Editor(s) (if applicable) and The Author(s), u

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Probing Matter by Lights introduced and discussed in terms of its suitability for measuring certain transient changes induced, its spatial and temporal resolution, and is accompanied by results that illustrate its potential. Finally, a few examples of the applicability of some of these techniques in an industrial environm

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Probing Light by Matter: Implications of Complex Illumination on Ultrafast Nanostructuringwing the discussion to approaches for spatial structuring associated with materials processing with ultrashort laser pulses. Such structuring can occur in both far-field propagating architectures, considering rapidly varying spatial profiles generated mechanically or optically, as well as near-field

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Imaging Dynamics of Femtosecond Laser-Induced Surface Nanostructuringrface structural dynamics of metals from start to finish, that is, from the initial transient surface fluctuations, through melting and ablation, to the end of resolidification..The formation dynamics of the surface structures at different length scales and the sequence of their appearance changes w

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Search for High-Pressure Silicon Phases: Reaching the Extreme Conditions with High-Intensity Laser I exotic Si is synthesised embedded within the bulk diamond-cubic Si and that further the formed Si polymorphs are stable at ambient temperature and pressure. They are thus available for further studies for electronic applications in selective band gap engineering.

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Nonstandard Light for Ultrafast Laser Microstructuring and Nanostructuringuring. This chapter reviews the state of the art of the fundamental concepts of Bessel beams and their applications, particularly for high aspect ratio nanostructuring, drilling, and stealth dicing. More complex beam shapes, based on the same concept of conical flow of light, offer new perspectives

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Controlled Nanostructuring of Transparent Matter with Temporal Airy Pulsese the potential of temporal pulse shaping as a tool for controlled nanostructuring below the typical limits by discussing our in situ and postmortem experimental and numerical studies on the spatial distribution of laser excitation in water, high-aspect-ratio structuring of fused silica, and the opt

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