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Highest precision: Microstructured fiber measures the size of nanoparticles

Researchers at Leibniz Institute of Photonic Technology (Leibniz IPHT) developed a new glass fiber design that enables exceptionally long observations of a large number of individual, freely movin .

Mona nissenFiber photonics department at leibnizLeibniz institutePhotonic technologyFiber photonics departmentGlass fibersEnvironmental analyticsAnoparticle analyticsArticle analysisParticle size analysis

3D-Printed Achromatic Metalens Brings Fiber Imaging Into Focus | Research & Technology | Nov 2022

Because light of different wavelengths is shaped and refracted differently, lenses located on the end faces of optical fibers can experience strong ch

City ofUnited kingdomMarkus schmidtNature communicationsMonash universityPohang university of scienceOtto schott institute of material researchCourtesy of nature communicationsImperial college londonConvergence research centerAbbe centerLeibniz institute of photonic technologyLudwig maximilian university of munichFiber photonics departmentLeibniz instituteLudwig maximilian university

Optical glass fiber optimized using 3D printing

Optical glass fiber optimized using 3D printing
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South australiaUnited kingdomCity ofGreat britainMarkus schmidtNature communicationsMonash universityLeibniz institute of photonic technologyPohang university of scienceFiber photonics department at leibnizImperial college londonConvergence research centerUniversity in jenaLeibniz institutePhotonic technologyFiber photonics department

Effective Focusing and Razor-Sharp Images with 3D Printing

An interdisciplinary team of researchers was able to optimize an optical glass fiber for the first time, facilitating extremely precise focus of light with various wavelengths.

South australiaKyongsang buktoSouth koreaUnited kingdomCity ofMila pereraMarkus schmidtNature communicationsMonash universityFiber photonics departmentLeibniz institute of photonic technologyPohang university of scienceTechnology in koreaImperial college londonConvergence research centerUniversity in jena

3D printing primes fiber ends so different wavelengths focus precisely

Researchers from Germany, Australia, and UK cut aberration to create “razor-sharp images”.

United kingdomGreat britainMarkus schmidtFiber photonics department at leibnizNature communicationsLeibniz institute of photonic technologyLeibniz institutePhotonic technologyFiber photonics departmentLean technologiesLife scienceAterials processingUyers guidePress releasesPtics org