Scientific publications
This page is dedicated to share a big number of the articles that Imagine Optic’s team published or participated in publishing mainly using products and technologies developped by Imagine Optic.
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In each category, two drop down menus will help you better choose your articles based on top applications (left) and tag & product ( right ) .
Optical Metrology
Optical metrology is a keystone in the manufacturing of high-performance optical components and systems; it has been our core domain of expertise for the past 25 years. Enjoy browsing our scientific research papers.
Latest : Effect of Wavefront Distortion in Non-Kolmogorov Turbulence on the Performance of Multi-Beam Transmission Coherent Detection
Optical wireless coherent communication in non-Kolmogorov turbulence. Mathematical models establish mixing efficiency and BER. Analysis includes spectral index, zenith angle, and beam number. Experiments validate improved performance.
Adaptive Optics
Latest: The petawatt laser of ELI ALPS: reaching the 700 TW level at 10 Hz repetition rate
The novel high repetition rate HF-PW laser system at ELI ALPS achieved impressive performance in its initial phase, operating at 400 TW and 700 TW levels. Exceptional shot-to-shot energy stability and high-quality output pulses were demonstrated, with unprecedentedly high average power.
Bio-Imaging
Latest: Active image optimization for lattice light sheet microscopy in thick samples
Lattice light-sheet microscopy (LLSM) offers efficient high-resolution 3D imaging of dynamic phenomena in living biological samples. However, depth limitations exist due to optical aberrations from refractive index mismatch. We propose an active image optimization (AIO) method for robust aberration correction, demonstrated on brain slices and plant roots.
XEUV
Latest : Element differentiation with a Hartmann- based X-ray phase imaging system
Ongoing efforts in X-ray imaging aim to enhance multimodal systems for improved sensitivity and specificity in biomedical and non-destructive testing. Novel techniques, like X-ray Phase Contrast Imaging, enable chemical composition determination, aiding in tumor differentiation.