Zeit, Ort:

14:00 Uhr, Central Seminar Room, library building

Redner:

Prof. Luca Argenti, Theoretical Attosecond Group, Department of Physics & CREOL, University of Central Florida

Titel:

Two-photon double ionization of atoms and molecules with a finite-pulse virtual sequential model

Zeit, Ort:

14:20 Uhr, Central Seminar Room, library building

Redner:

Felipe Kalluf Faria, Theoretical Attosecond Group, Department of Physics and CREOL, University of Central Florida

Titel:

Branching ratios and ATI spectra of helium doubly excited states

Zeit, Ort:

14:30 Uhr, Central Seminar Room, library building

Redner:

Nicholas Lewis, Theoretical Attosecond Group, Department of Physics & CREOL, University of Central Florida

Titel:

Computing charge migration with the ASTRA code

Zeit, Ort:

14:40 Uhr, Central Seminar Room, library building

Redner:

Andrew Short, Theoretical Attosecond Group, Department of Physics & CREOL, University of Central Florida

Titel:

Attosecond optical and photoelectron spectra of 02

Zeit, Ort:

14:50 Uhr, Central Seminar Room, library building

Redner:

Julian Jakob, Zentrum für Optische Technologien, Hochschule Aalen

Titel:

Extracting RABBITT-like phase information from time-dependent transient absorption spectra

Zeit, Ort:

09:00 Uhr, Central Seminar Room, library building

Redner:

Prof. Dr. Anne Harth, Hochschule Aalen

Titel:

Teaching as a young scientist

Zeit, Ort:

11:15 Uhr, Seminar room 242, Bothe Lab

Redner:

Ingmar Kloß, MPIK

Titel:

Geometrical reconstruction of Dirac solutions: gravitational interactions and comparison to electromagnetic case

Zeit, Ort:

11:15 Uhr, Grosser Hoersaal/Big Lecture Hall (library)

Redner:

Prof. Wim Ubachs

Titel:

Molecular hydrogen at the heart of physics

Hydrogen in atomic and molecular form, including the deuterium and tritium isotopes, is key in astrophysics, as well as in stellar and man-made fusion. Hydrogen has become a benchmark system for testing theory at the most fundamental level and for probing physics beyond the Standard Model: are there forces beyond the three included in the Standard Model of physics plus gravity, and are there just 3+1 dimensions. Comparison of laboratory wavelengths of transitions in hydrogen may be compared with the lines observed during the epoch of the early Universe to verify whether fundamental constants of Nature have varied over cosmological time. In recent studies dissociation limits of H2, HD and D2 are measured to 10-digit accuracy. Currently vibrational transitions are being measured via sensitive cavity-enhanced techniques, also for the radio-active HT molecule. In H2 record-high sensitivity is achieved for probing a quadrupole transition in saturation.

Zeit, Ort:

16:30 Uhr, Seminar room, Bothe Lab

Redner:

Prof. Sivarama Krishnan; Indian Institute of Technology Madras

Titel:

Interatomic Coulombic decay processes in He nanodroplets - what we do and what we don't (yet) understand

Zeit, Ort:

09:30 Uhr, Central Seminar Room, library building

Redner:

André Giraldi; Ultra-cold dynamics and collisions

Titel:

Towards experimental studies of Interatomic Coulombic Electron Capture