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Novel Optical Component Made from Silicon Nanoparticles for New Applications

Miniaturization of optical components is a challenge in photonics. Researchers of Karlsruhe Institute of Technology (KIT) and Friedrich Schiller University of Jena have now succeeded in developing a diffuser, a disk that scatters light, based on silicon nanoparticles. ....

Baden Wüberg , Dennis Arslan , Laura Thomsondec , German Research Foundation , Friedrich Schiller University Of Jena , Jena University , Researchers Of Karlsruhe Institute Technology , Karlsruhe Institute , Friedrich Schiller University , Aso Rahimzadegan , German Research , Matter Made , Order Cluster ,

Researchers in Germany develop novel optical diffuser, based on silicon nanoparticles

Device can control the direction, wavelength and polarization of light, for transparent screens or AR applications. ....

Baden Wüberg , Dennis Arslan , Friedrich Schiller , German Research Foundation , Friedrich Schiller University Of Jena , Jena University , Researchers At Karlsruhe Institute Of Technology , Karlsruhe Institute , Friedrich Schiller University , Aso Rahimzadegan , German Research , Matter Made , Order Cluster , Tmt International Observatory , Full Time , Research And Development , United States ,

Optics and Photonics: Miniaturization of Diffusers for New Applications

Die Streuzentren – Silizium-Nanopartikel, hier als schwarze Scheiben dargestellt – auf dem transparenten Substrat streuen (einstellbar) bestimmte ....

Baden Wüberg , Wenjia Zhou , Isabelle Staude , Matthias Falkner , Maria Kroychuk , Dennis Arslan , Thomas Pertsch , Carsten Rockstuhl , Stefan Fasold , German Research Foundation , Friedrich Schiller University Of Jena , Jena University , Researchers Of Karlsruhe Institute Technology , Karlsruhe Institute , Friedrich Schiller University , Advanced Materials , Aso Rahimzadegan , German Research , Matter Made , Order Cluster , Dielectric Huygen ,

3D Laser Nanoprinters Become Compact

Lasers in conventional laser printers for paper printouts are very small. 3D laser printers for 3-dimensional microstructures and nanostructures, by contrast, have required big and expensive laser . ....

Vincent Hahn , Martin Wegener , Institute Of Applied Physics , Researchers Of Karlsruhe Institute Technology , Heidelberg University , Karlsruhe Institute , Printers Thanks , Applied Physics , Professor Martin Wegener , Only Easier , Matter Made , 3d Printing ,

Two-Step Absorption Process Makes More Compact 3D Laser Printers

Lasers in conventional laser printers for paper printouts are very small. 3D laser printers for 3-dimensional microstructures and nanostructures, by contrast, have required big and expensive laser systems so far. ....

Vincent Hahn , Laura Thomsondec , Martin Wegener , Smore Co , Institute Of Applied Physics , Karlsruhe Institute Of Technology , Carl Zeiss Foundation , Researchers Of Karlsruhe Institute Technology , Heidelberg University , Karlsruhe Institute , Printers Thanks , Applied Physics , Professor Martin Wegener , Only Easier , Matter Made , Excellence Strategy , Carl Zeiss ,