Optimized production of 225Ac by the ISOL method for medical applications

Development of high-resolution in-source hot-cavity RILIS methods for actinides.

Target developments for extraction of actinides from thick ISOL targets followed by laser-induced molecular break-up and/or ionization.

High-resolution laser spectroscopy of actinide elements for nuclear structure

Laser spectroscopic investigations on the actinide atomic and nuclear structures

Electron affinity measurements by collinear laser photodetachment spectroscopy on negative ions

In-gas-jet laser spectroscopy optimization for high resolution measurement of actinides

Development of low-noise, high-power, tuneable, pulsed, narrow-linewidth Ti:Sa amplifier for ion beam spectroscopy applications

Laser spectroscopy of the heaviest actinides, in particular Lr to study atomic and nuclear properties

Tailor-made optimized actinide target preparation and characterization for LISA

Multi-element ultra-trace detection of radionuclides in environmental samples

Developing atomic structure calculations for heavy and superheavy atoms and ions

Relativistic coupled cluster (CC) and configuration interaction (CI) investigations of properties of heavy and superheavy elements

C-Wave laser development as a turn-key solid-state alternative to CW dye laser.

Hyperfine laser spectroscopy of heavy and superheavy elements, development of the in-gas-jet technique.