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New analysis method developed for nano and quantum materials

A slow-motion movie on sports television channels shows processes in hundredths of a second. By contrast, processes on the nanoscale take place in the so-called femtosecond range: For example, an .

Noord hollandKai rossnagelNahid talebiHarald giessenKinsis kiel nanoMario hentschelMasoud talebInterface science at kiel universityResearchers at kiel universityEuropean research councilUniversity of stuttgartKiel universityExperimental physicsProfessor kai rossnagelKiel nanoInterface science

New Analysis Method Developed For Nano And Quantum Materials

A slow-motion movie on sports television channels shows processes in hundredths of a second. By contrast, processes on the nanoscale take place in.

Noord hollandKai rossnagelNahid talebiHarald giessenKinsis kiel nanoMario hentschelMasoud talebInterface science at kiel universityResearchers at kiel universityEuropean research councilUniversity of stuttgartKiel universityExperimental physicsProfessor kai rossnagelKiel nanoInterface science

Mie Voids Could Manipulate and Control Light in Air

Resonant optical phenomena in dielectrics and metals have boundless applications in numerous fields. The nanoscale confinement enables unmatched control of light–matter interaction at interfaces and surfaces, exploiting and governing the light flow.

Harald giessenMario hentschelMegan craigYuri kivsharAustralian national universityUniversity of stuttgartVoids could manipulateControl lightLight scienceProfessors harald giessenProfessor yuri kivsharDielectric mie

Technique Streamlines AR Coating for 3D-Printed Micro-Optics | Research & Technology | May 2022

Technique Streamlines AR Coating for 3D-Printed Micro-Optics | Research & Technology | May 2022
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District of columbiaUnited statesHarald giessenSimon ristokUniversity of stuttgartOptical materials express

Researchers Add Antireflection Coatings To Complex 3D Printed Micro-Optical Systems

Researchers have developed a new way to apply antireflective (AR) coatings to 3D printed multi-lens systems as small as 600 microns in diameter.

United statesHarald giessenSimon ristokAlexandra boltassevaPurdue universityOptica publishing groupUniversity of stuttgartOptical materials expressMaterials expressOptical materials