Measuring transient optical fields is pivotal not only for understanding ultrafast phenomena
but also for the quantitative detection of various molecular species in a sample. Here we …

Abstract The Lorentz–Mie theory describing light scattering by spherical particles was
created in 1908. Nevertheless, most of the discoveries made during the last 30 years (eg …

Studies of the laser-induced ultrafast processes in thin films are of significant importance for
the development of microelectronics. These processes include the heating of an electron …

Для развития микроэлектроники существенное значение имеют исследования физики
индуцированных лазером сверхбыстрых процессов в тонких пленках. К таким …

Detecting the electric-field waveform of an optical pulse from the terahertz to the visible
spectral domain provides a complete characterization of the average field waveform and …

1 Einleitung der Modenkopplung [Har64] sowie die damit einhergehende Erzeugung
ultrakurzer Impulse etablierte die nichtlineare Optik, welche die Grundlage der …

Для развития микроэлектроники существенное значение имеют исследования физики
индуцированных лазером сверхбыстрых процессов в тонких пленках. К таким …

Detecting the electric-field waveform of an optical pulse, from the terahertz to the visible
spectral domain, provides a complete picture for laser-source characterization and has great …

Although the Mie theory was created about 120 years ago, most of the discoveries made
during the last 30 years can be described on the basis of this theory (photon jet, Fano …