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Nichtlineare Optik 2022-01-25

Nichtlineare Optik 2022-01-25 Prof. Dr. Misha Ivanov, Dr. Timm Bredtmann Max-Born-Institut/ Humboldt-Universität Humboldt-Universität, Newtonstraße 14, R: 1.13

Nichtlineare Optik 2022-02-01

Nichtlineare Optik 2022-02-01 Prof. Dr. Misha Ivanov, Dr. Timm Bredtmann Max-Born-Institut/ Humboldt-Universität Humboldt-Universität, Newtonstraße 14, R: 1.13

Nichtlineare Optik 2022-02-08

Nichtlineare Optik 2022-02-08 Prof. Dr. Misha Ivanov, Dr. Timm Bredtmann Max-Born-Institut/ Humboldt-Universität Humboldt-Universität, Newtonstraße 14, R: 1.13

Nichtlineare Optik 2022-02-15

Nichtlineare Optik 2022-02-15 Prof. Dr. Misha Ivanov, Dr. Timm Bredtmann Max-Born-Institut/ Humboldt-Universität Humboldt-Universität, Newtonstraße 14, R: 1.13

Seeing Atomic and Electronic Motion in Space and Time 2022-01-13

The fundamental reason behind almost any light-matter interaction are atomic and electronic motion in space and time. In order to provide a movie-like access to such dynamics, we unify electron…

Sub-optical-cycle control of light and matter 2022-01-13

Many fundamental and ubiquitous physical phenomena have origin at the ultrafast timescale. The possibility to investigate various primary processes on their intrinsic timescales relies on the…

Seeing with the nano-eye: imaging structure, coupling, and dynamics of matter on its natural length and time scales 2022-01-13

Understanding and ultimately controlling the properties of matter, from molecular to quantum systems, requires imaging the elementary excitations on their natural time and length scales. To achieve…

Momentum-space access to the structure, dynamics, and interactions of many-body states in solids 2022-01-20

The fundamental properties of materials are governed by microscopic interactions between charge, spin, orbital, and lattice degrees of freedom. These interactions are experimentally accessible…

Visualization with high temporal und spatial resolutions at the nanoscale 2022-01-20

Diffraction imaging with intense and ultrashort X-ray pulses can provide unique insights into transient and fragile states of matter ranging from chemical reactions to ultrafast phase transitions and…

Controlling electrons with ultrashort laser fields 2022-01-20

Electron control is at the core of as diverse fields as information technology, electron-based imaging, particle physics and radiation generation. We will give an overview of controlling electrons…