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Far Above the Norm – Development of Anomalous Photonic Crystal Fibers
New fiber designs allow future-oriented applications in fiber lasers – from fiber optic sensors to lab-in-fiber concepts. The point-by-point...
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Plasmonic Biosensing
Metallic nanostructures can be effectively used as an optical transducer for biomolecular sensors. We developed a method how nanostructured chips...
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Better than a lens - A novel concept to overcome the SNR-limit given by the Fermat principle.
By dividing the pupil of an incoherent imaging system, it is possible to improve the signal-to-noise ratio (SNR) in the imaging of high-frequency...
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First Flexible Tweezers from Light
The holographic endoscopy team created the first optical traps by controlling the propagation of light through multimode optical fibers.
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Sharp Images with Flexible Fibers
The holographic endoscopy team has found a new way to transmit image information with virtually no distortion from multimodal fibers – even if they...
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Nanochemical imaging for supporting theranostics
Photo-induced force microscopy complements established spectroscopy techniques
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UV spectroscopy in water-filled anti-resonant hollow core fibers
Monitoring water quality becomes increasingly important nowadays due to the augmented use of antibiotics worldwide. Residual amounts of many species...
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Up to Boson Peak - Towards Enhanced Homogeneity in Optical Aluminosilicate Glasses
Optical fibers are powerful key components for miniaturizing next generation laser concepts addressing applications in personalized medicine,...
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Self-assembled Spherical Metal Particles by Pulsed UV Laser Treatment of Thin Films
The fabrication of nanospheres by pulsed UV excimer laser treatment under ambient conditions is a fast fabrication technique. Nanoparticles can be...
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Biophysical imaging with high spatial and temporal resolution
Fluorescence microscopy is a powerful tool for observing cellular structures over space and time. Yet, its resolution is usually limited for detailing...