International audienceWe report on nanochannel processing in glass after illumination by a single femtosecond Bessel pulse. Channels can exceed aspect ratio of 100:1 with diameters ranging in 200-800 nm. Underlying physical mechanisms will be discussed
International audienceTransparent dielectrics, particularly glass, are becoming ubiquitous in techno...
International audienceTransparent dielectrics such as glass are becoming increasingly used in nanote...
International audienceDirect laser writing is a very useful technique to process dielectrics for man...
International audienceWe report high aspect ratio nanochannel fabrication in glass using single-shot...
International audienceUltrafast laser pulses are a powerful tool to process dielectrics. Here, we re...
International audienceThe main advantage of ultrafast laser-based processing techniques is the capab...
International audienceUltrafast laser pulses spatially shaped as Bessel beams in dielectrics create ...
International audienceBessel beams are invariant solutions to the Helmoltz equation that can also pr...
Also selected for Virtual Journal of Ultrafast Science and Highlighted Nature PhotonicsInternational...
International audienceWe report the generation of femtosecond Bessel beams of conical half-angle 26 ...
Selected in the Virtual Journal of Ultrafast Science, december 2009, vol 8, 12, Selected in the Virt...
International audienceWe report single-shot, high aspect ratio nanovoid fabrication in bulk fused si...
International audienceWith a quest to develop rapid and reliable three-dimensional nanofabrication t...
International audienceNondiffracting Bessel beams have been recently applied to single shot ultrafas...
International audienceUltrafast lasers have been a revolution in a number of areas of science and te...
International audienceTransparent dielectrics, particularly glass, are becoming ubiquitous in techno...
International audienceTransparent dielectrics such as glass are becoming increasingly used in nanote...
International audienceDirect laser writing is a very useful technique to process dielectrics for man...
International audienceWe report high aspect ratio nanochannel fabrication in glass using single-shot...
International audienceUltrafast laser pulses are a powerful tool to process dielectrics. Here, we re...
International audienceThe main advantage of ultrafast laser-based processing techniques is the capab...
International audienceUltrafast laser pulses spatially shaped as Bessel beams in dielectrics create ...
International audienceBessel beams are invariant solutions to the Helmoltz equation that can also pr...
Also selected for Virtual Journal of Ultrafast Science and Highlighted Nature PhotonicsInternational...
International audienceWe report the generation of femtosecond Bessel beams of conical half-angle 26 ...
Selected in the Virtual Journal of Ultrafast Science, december 2009, vol 8, 12, Selected in the Virt...
International audienceWe report single-shot, high aspect ratio nanovoid fabrication in bulk fused si...
International audienceWith a quest to develop rapid and reliable three-dimensional nanofabrication t...
International audienceNondiffracting Bessel beams have been recently applied to single shot ultrafas...
International audienceUltrafast lasers have been a revolution in a number of areas of science and te...
International audienceTransparent dielectrics, particularly glass, are becoming ubiquitous in techno...
International audienceTransparent dielectrics such as glass are becoming increasingly used in nanote...
International audienceDirect laser writing is a very useful technique to process dielectrics for man...