IWN 2022

International Workshop on Nitride Semiconductors 2022

Optical characterization of exfoliated monolayer boron nitride by means of hyperspectral microscopy in the deep-UV

Characterization

Novel Materials and Nanostructures

Poster Presentation

Near-band-edge recombination in monolayer hBN epitaxial films studied using cathodoluminescence spectroscopy

Processing of h-BN

Abstract Talk

Isotopic composition-dependent deep level emission in hexagonal boron nitride

Late News Novel Materials & Nanostructures

Salon London

Excitons in hexagonal and cubic GaN

Session

Chair

Quantum technologies enable the development of new science fields such as secure data transmission and quantum computing. Nitrides offer a material basis with unique properties which can be combined with established growth and fabrication technologies. Generation of high-quality narrow band single photons at room temperature is a goal pursued by scientist for a long time. However, on-chip integration of these sources into photonic circuits replacing large optical setups is actually required for a low-cost widely used application of this technology. In the rump session we’ll discuss the state of the current materials and technologies, their integration into highly useful devices and crucial aspects for realizing various applications in quantum cryptography and quantum computing.<br><br>Panelists include experts in GaN-based nanostructures, BN materials and applications, single-photon emission and detection, and concepts and technologies for photonic integration, not only in the nitrides but in the whole field of semiconductor quantum photonics. 

Prof. Dr. Guillaume Cassabois

Vorsitz

Invited Speaker

Vortrag

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