Ceramic-based photonic materials for high-temperature applications

In this talk ceramic-based inverse opal photonic crystals produced via ALD will be presented and their behavior when exposed to high temperatures depicted. Special focus will be given on the refractory material mullite and the characterization via synchrotron-based X-ray computed tomography. Although some structural features presented relevant dimensional changes, a photonic band gap was identified even after exposure at 1400 °C, a remarkable achievement concerning temperature stability.

Kaline Furlan's current research topics focus on bio-inspired materials for photonic and structural applications, as well as the application of atomic layer deposition for the fabrication of nanostructures. Her expertise lies in the development or tailoring of manufacturing techniques for the fabrication of advanced materials and composites.