We are a new research group at Aarhus University that exploits ultra-short pulses of laser light from across the entire electromagnetic spectrum to explore and control the properties of materials. Our focus is on understanding the properties of "quantum materials", materials that show interesting and unexpected phenomena at unusually high temperatures, such as high temperature superconductivity. By using photons that range in energy from 5 meV to 15 keV we can study atomic, spin and electron dynamics on nanometer lengthscales and femtosecond timescales. Our work exploits laboratory sources of laser light, as well as the use of X-ray lasers around the world.
Interested in joining?Are you interested in joining our group as a Postdoc or PhD student, or for a masters or bachelor's project? If so, contact us now to discuss the possibilities. |
Our work on the use of optical pulses to program neural networks in phase change materials is now published in nanophotonics.
The work was made in collaboration with Volker Sorger from George Washington University and Robert Simposon from the Singapore University of Technology and Design.
Daniel Perez transfers from ICFO, Spain to join us as a post doc.
Welcome Dani!
03/2022
We have submitted our latest work on nanoscale imaging of the ultrafast phase transition in VO2 imaged using PAL-XFEL. Here we use spectroscopically resolved coherent diffractive imaging to observe local changes in the domain structure with <50 nm spatial resolution.
Read more here
02/2022
Work from a theory collaboration with the group of Maciej Lewenstein at ICFO has been published in Physical Review B
02/2022
Our work on understanding electron spin and structural dynamics in the bilayer irridates is out in Physical Review B now!
02/2022
Daniel Perez sucessfully defended his thesis entitled "Inhomogeneity and Disorder in Ultrafast Phase Transitions" at ICFO.
Congratulations Dani!
01/2022
We have submitted a new pre-print on the photoinduced phase transition in V2O3. Here we show that the dynamics are governed by disorder and overdamping, rather than coherent motion, despite an ultrafast change in the potential symmetry.
Read more here: Ultrafast loss of lattice coherence in the light-induced structural phase transition of the Mott-Insulator V2O3
01/2022
Naman Agarwal joins the group as a post doc after completing his PhD at the european XFEL and Hamburg University.
Welcome Naman!
01/2022
Nina moves from Barcelona to Aarhus to finish her PhD in Denmark. Welcome Nina!
01/2022
Our work on disorder in the ultrafast melting of orbital ordering in the manganites has been published in Nature Communications
01/2022
David Moreno sucessfully defended his PhD thesis entitled "The Application of Broadband Ultrafast Spectroscopy to Reveal Structural, Magnetic and Electronic Dynamics in Quantum Materials” at ICFO.
Congratulations David!
11/2021
A technical paper on our pump-probe setup, first designed in ICFO and now up and running in Aarhus has been published in Reviews of Scientific Instruments
10/2021
Our second lab, with a 10 kHz femtosecond Spectra Physics laser is now up and running!
10/2021
