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Experimental Physics

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(left) Experimental momentum maps of PTCDA on MgO(001) at increasing photon energy. The pattern changes with photon energy as a result of the bent carbon backbone of PTCDA. (right) Side view in real space and three-dimensional momentum space density of the calculated highest occupied molecular orbital of PTCDA on MgO(001). The grey sphere represents the cut through the 3D momentum space density at a certain photon energy, which is measured experimentally as 2D momentum map. Image: UniGraz/Sterrer

POT detects molecular bend

Photoemission-Orbital-Tomography detects the bend of the molecular backbone of a Pi conjugated molecule upon adsorption on a MgO surface.
Three lasers made up of nanoplatelets in the form of strips (electron microscopic image), the blue area illustrates the area of optical excitation, the red curve shows an emission spectrum. Image: UniGraz/J. Krenn

Quantum dot laser

The Nanooptics research group generates laser light from novel nanoparticles with high optical gain

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06.12.2022

Physics Colloquium

Prof. Gilles R. Bourret: "Controlling optical properties at the nanoscale: an (electro-)chemical approach"

Location: [0005EG0020] Hörsaal HS 05.01 Experimentierhörsaal , Universitätsplatz 5, Erdgeschoß

Head of the Department

Univ.-Prof. Dipl.-Ing. Dr.techn.

Martin Sterrer

Phone:+43 316 380 - 1620

Office

Daniela GAAR
+43 316 380 - 5185
Mo - Fr: 10 am to 12 pm

Isabella LÖSCH
+43 316 380 - 8555

Karin SORKO
+43 316 380 - 5255

Contact

Institute of Physics
Department for Experimental Physics
Univ.-Platz 5
8010 Graz, Austria

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