Project Details

Professor Dr. Martin Aeschlimann

Address Rheinland-Pfälzische Technische Universität Kaiserslautern-Landau
Fachbereich Physik
Arbeitsgruppe Ultraschnelle Phänomene an Oberflächen
Erwin-Schrödinger-Straße 46
67663 Kaiserslautern

Projects

As Applicant
- Current projects
  - Ultrafast magnetic order dynamics in antiferromagnets (Research Grants)
- Completed projects
  - Nichtthermische Änderung der Magnetisierung, induziert durch intensive ultrakurze Laserpulse (Research Grants)
  - Elektronendynamik in niederdimensionalen Strukturen (Research Grants)
  - Dynamik angeregter elektronischer Zustände von Adsorbaten auf niederdimensionalen metallischen Trägern (Priority Programmes)
  - Spin injection and spin dynamics in organic spintronics interfaces (Research Grants)
  - Energy and angular momentum exchange between electron and spin-system in ferromagnetic films (Priority Programmes)
  - Spectroscopy and dynamics of electron excitations of supported metal clusters (Priority Programmes)
  - Characterization of the surface electronic, magnetic and dynamical properties of new materials with high spin polarization (Research Units)
  - Quasiparticle lifetimes of rare-earth elements: ab initio theory and time-resolved two-photon photoelectron spectroscopy (Research Grants)
  - Element-specific investigation of femtosecond magnetization dynamics (Research Grants)
  - Real-time investigation of surface plasmon plariton propagation in nanoscale plasmonic phase structures (Priority Programmes)
  - Simultaneous spatial and temporal control of the local excitation of a nanostructure using polarization-shaped laser pulses (Priority Programmes)
  - Coordination and workshops (Priority Programmes)
  - Tailoring optical properties of randomly nanotextured layers via Anderson localization (Priority Programmes)
As Leader
- Completed projects
  - Femtosekunden-Verstärkersystem (Major Research Instrumentation)
  - Magnetron-Sputteranlage (Major Research Instrumentation)
  - Normal-incidence-Photoemissions-Elektronenmikroskop (Major Research Instrumentation)
  - Feldemissions-Rasterelektronenmikroskop (Major Research Instrumentation)
  - Spektroskopisches Ellipsometer (Major Research Instrumentation)
  - FT-IR-Spektrometer (Major Research Instrumentation)
  - Anlage zur spinaufgelösten Photoelektronen-Spektroskopie mit ultrakurzen Röntgenpulsen (Major Research Instrumentation)
  - Photoemissionselektronenmikroskop (Major Research Instrumentation)
  - Direct-writing laser lithography system (DLLS) (Major Research Instrumentation)
As Spokesperson
- Current projects
  - TRR 173: Spin+X: Spin in its collective environment (CRC/Transregios)
- Completed projects
  - SPP 1391: Ultrafast Nanooptics (Priority Programmes)
As Participating Researcher
- Completed projects
  - GRK 689: Reactivity in the Surface Region (Research Training Groups)
  - GRK 792: Nonlinear Optics and Ultra-Short-Time Physics (Research Training Groups)
  - GSC 266: Materials Science in Mainz (Graduate Schools)
As Project Head
- Current projects
  - Spin+Optical Control: Optical engineering of spin-ordered states on the fs timescale (CRC/Transregios)
  - Spin+Exchange Dynamics: Exchange interaction on ultrafast timescales (CRC/Transregios)
  - Spin+THz-dynamics: Understanding and utilizing photon-to-magnon conversion processes (CRC/Transregios)
  - Spin+X Central management (CRC/Transregios)
- Completed projects
  - High-resolution photoelektron momentum microscopy of organic charge-transfer salts at variable temperature (CRC/Transregios)
  - Spin+Magnon-Control: Controlling interactions between magnons and plasmons (CRC/Transregios)
  - Electronic dynamics of luminescent 3MET systems (CRC/Transregios)
As Participating Person
- Current projects
  - FAIRmat – FAIR Data Infrastructure for Condensed-Matter Physics and the Chemical Physics of Solids (NFDI technical and methodological consortia)
- Completed projects
  - Zeitaufgelöste Photoelektronen-Spektroskopie mit ultrakurzen Röntgenimpulsen (Priority Programmes)
  - Spin and symmetry electronic properties of spintronics interfaces with Heusler compounds (Research Units)
  - Design and time-resolved magneto-optical advanced characterization of Heusler compounds with large Spin-Orbit Coupling (Research Units)

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Hauptnavigation

Professor Dr. Martin Aeschlimann

Additional Information

Servicenavigation

Hauptnavigation

Professor Dr. Martin Aeschlimann

Additional Information

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