ASPIRE ITN
A Marie Skłodowska-Curie Innovative Training Network
University of Nottingham
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ASPIRE Projects

University of Nottingham

  • Characterizing photoionization dynamics in moderately sized polyatomic molecules
  • Photoelectron circular dichroism in the recoil frame of small chiral species

Roentdek

  • Software development for microchannel detector read-out and multi-hit reconstruction

Goethe University Frankfurt

  • Three-dimensional molecular frame photoelectron angular distributions from chiral molecules using circularly polarized light

Photek

  • Development of a 3D detector for imaging experiments in a full spectrometer system

Université Paris-Sud

  • Probing ultrafast electronic and nuclear dynamics in molecules by spectrally and time resolved molecular frame photoelectron angular distributions

Synchrotron SOLEIL

  • Photelectron circular dichroism on large biological systems and nanoparticles

Aarhus University

  • Molecular structure determination using molecular frame photoelectron angular distributions from strong field ionization
  • PADs from aligned molecules embedded in helium nanodroplets

CNR-IFN and Politecnico di Milano

  • Ultrafast dynamic imaging of complex molecules by laser-induced electron diffraction

Max Born Institute, Berlin

  • Attosecond science using high repetition rate lasers
  • Molecular frame photoelectron angular distributions from aligned molecules

A Marie Skłodowska-Curie Innovative Training Network

Email: aspire.itn@nottingham.ac.uk