Abstract:Fundamental studies of light-matter interactions
are important for basic knowledge and in applications. Thanks to advances in
experimental and theoretical methods, nowadays it is possible to perform such
studies in a broad dynamic range, covering timescales from that of elementary interactions
to real time. In the present work, we perform an experimental-theoretical study
of light intensity-dependent femtosecond and CW-laser induced frequency
upconversion in hierarchically structured core-multishell nanopartic… Show more
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