Author: Max Gmelch

We are happy to announce that from today on, SAOT and our activities as hub for research on photonics and optical technologies in Erlangen are present on LinkedIn. We will provide our followers with insights to Erlangen's photonics labs, latest publications, research highlights and much more. Don't ...

Category: News

Thermoplastic foams are used in a broad variety of applications. The resulting foam properties are governed by the nucleation and bubble growth behavior, which are both strongly influenced by the thermophysical properties of the blowing-agent-loaded polymer melt. Especially knowledge on diffusion co...

Category: Publication Spotlight

Marc-Oliver Pleinert’s focus of research is the experimental validation of results emerging from quantum theory. By “Testing Higher-Order Quantum Interference with Many-Particle States”, he set a new benchmark in experimental studies of higher-order interference. He successfully observed two-particl...

Category: Publication Spotlight

Albert These worked on the “Characterization of Aerosol Deposited Cesium Lead Tribromide Perovskite Films on Interdigited ITO Electrodes”. He showed that aerosol deposition can be used to fabricate semiconducting perovskite films at low cost. The devices showed good electrical transport properties ...

Category: Publication Spotlight

Thermal lensing is an unwanted effect in optics used for high-power laser imaging. The high light intensity causes a heat up of the lenses which induces a focus shift. To tackle this issue, Phillip Rall recently presented a “Simulation and compensation of thermal lensing in high-power optical system...

Category: Publication Spotlight

Photovoltaic energy generation will play a major role in the future of producing electric energy. “Outdoor photoluminescence of large area photovoltaic modules”, investigated by Bernd Doll, can act as an on-site tool for fast and cost-effective characterization of solar cells. For investigation o...

Category: Publication Spotlight

Microcirculation describes the circulation of blood in the smallest vessels. The publication of Moritz Späth deals with the “Determination of the diameter of simulated human capillaries using shifted position‐diffuse reflectance imaging”. Using Monte-Carlo simulations, he showed that this non-invasi...

Category: Publication Spotlight