- Évènement pour spécialistes
Ultrafast Lasers and Adaptive Optics Integrating 3D Photonics into Glass and Fiber
Professor Peter R. Herman from the University of Toronto presents recent advances in ultrafast laser beam shaping enabled by adaptive optics. This technology allows for precise 3D nano-structuring within transparent materials such as bulk glass and optical fibers.
04.07.2025, 11h–12h – Pestalozzistrasse 20, 3400 Burgdorf, Building E, Room E013 (ground floor)
Fiche signalétique
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Date de début
04.07.2025, 11h–12h
Ajouter au calendrier - Lieu Pestalozzistrasse 20, 3400 Burgdorf, Building E, Room E013 (ground floor)
- Délai d'inscription none | walk-in
- Statut public/ event for specialists and other topic-interested parties
Research area at BFH
Programme and topic
The talk highlights new opportunities for integrating multifunctional photonic and optofluidic devices—ranging from lab-in-fiber platforms to compact 3D waveguide circuits for low-loss fiber-to-chip coupling—offering novel solutions for next-generation photonic packaging and integration.
Further information:
About Peter R. Herman
Peter R. Herman Peter R. Herman holds a full professor position in the Department of Electrical and Computer Engineering at the University of Toronto where he guides a large research group in the science and application of laser technology. His group seeks to control and harvest laser
interactions in new frontiers of 3-D nanofabrication that emphasizes passive and active lightwave circuits, nano-optics, photonic bandgap and optofluidic devices and their integration into lab-in-a-fiber and lab-in-a-film sensing systems. He is OSA Fellow and has published more than 300 scientific journal and conference papers.
