Optics, Photonics and Laser Technology 2018 (Springer Series in Optical Sciences)

1. Optics general optics optical physics optical instrumentation metrology design and techniques vision, colour and visual optics adaptive optics holography spectroscopy surface optics optical microscopy imaging biomedical optics 2. Photonics nonlinear phenomena electo-optics quantum dots photonics for energy optical amplifiers and switching silicon photonics optical signal processing integrated optics ultrafast phenomena 3. Optical Materials optical featured materials and characterization semiconductor based optical materials optical energy harvesting materials methamaterials nanophotonic materials and 2D optical materials optical glasses organic and bio-photonic devices imaging devices photorefractive materials thin film optics. 4. Optical Devices and Systems optical photonic and optoelectronic devices optical storage devices displays and imaging devices micro optical devices optical MEMS waveguides, fiber optics design and fabrication technologies polymer fibers optical sensing and sensors 5. Lasers and Plasmas high field phenomena lasing high intensity lasers ultrafast laser systems laser spectroscopies and lasers for industry and medical applications plasma physics technologies and applications plasma beams and filaments plasma medical applications