Cases Supercontinuum lasers fight invisible pollution Outdoor air pollution from human activities and nature itself was estimated to cause over 4 million premature deaths in 2016.
Cases Take a deep look into animal organs and nervous systems New research in neuroscience and microscopy allows researchers to look deep into animal organs and nervous systems – from squids…
Cases Supercontinuum lasers help understand & predict the weather Our daily experience shows us that warm fluid rises while cold fluid descends. This well-known physical phenomenon simply describes the…
Cases Nitrogen-vacancy centers in diamond are promising sensors A German research group, led by Jun.-Prof. Dr. Elke Neu-Ruffing, has described some experiments they made to investigate novel sensors…
Cases Supercontinuum lasers in pursuit of a cleaner world In the EU, exhaust particle emission from vehicles is regulated for the benefit of the environment. However, with evolving engine…
Cases Hands-free characterization of ultra-thin materials A new, advanced optical technology makes it possible to characterize ultra-thin materials without touching them. The technology has the potential…
Cases Photonics takes you one step closer to personalized medicine Imagine that you can evaluate your health on a day-to-day basis, ensuring that no small sign of critical illness is…
Cases Tunable excitation source for perovskite characterization A team of researchers in Professor A. S. Urban’s Nanospectroscopy Group at the Ludwig-Maximilians University in Munich is researching the…
Cases Programmable Supercontinuum Solar Spectrum Simulator Tasshi Dennis and collaborators at NIST and NREL in Boulder, CO, have developed a powerful new research tool to arbitrarily…