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categories
- advanced multilayer optics
- attosecond spectroscopy 2.0
- attoworld
- broadband infrared diagnostics
- data science
- field-resolved infrared spectroscopy
- field-resolved nano spectroscopy
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August 2, 2021 // Advanced multilayer opticstop-cited in Applied OpticsThe AMO-group has now carefully characterized four thin-film e-beam evaporated materials, namely, Ge, YbF3, ZnS, and LaF3. The team also applied appropriate dispersion models, determined optical constants of the materials and estimated … More -
April 23, 2021 // Advanced multilayer opticscontroling nonlinearities in dispersive dielectric multilayersIn the paper "Measurement and control of optical nonlinearities in dispersive dielectric multilayers" … More -
May 18, 2020 // Advanced multilayer opticscomparison between sputtering of dispersive mirrorsFor the first time the AMO group made a comparison between magnetron sputtering and ion beam sputtering on …
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February 10, 2020 // Advanced multilayer opticseditor's pick in Applied Optics journalPowerful and effective numerical methods are required for designing optical coatings. A new family of design …
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February 10, 2020 // Advanced multilayer opticsbroadband phase-shifting mirrors for ultrafast lasersIn the frame of collaboration with the group headed by Dr. Martin Schultze, the AMO-group of the Laboratory of …
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December 2, 2019 // Advanced multilayer opticsperforming new characterizationOne of the important prerequisites to produce high-quality laser-related optical coatings is knowledge of …
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November 25, 2019 // Advanced multilayer opticsnew complementary pair of dispersive multilayersThe AMO group as a part of the Laboratory for Attosecond Physics has for the first time designed and produced …
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November 1, 2019 // Advanced multilayer opticsnew broadband dispersive mirrors operating in the mid-infraredFor the first time the AMO-group oft he Laboratory of Attosecond Physics developed Broadband dispersive …
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