SPIE, the international society for optics and photonics, and Chinese Laser Press (CLP), have published the inaugural issue of Advanced Photonics, a collaborative, open-access journal, featuring the most impactful fundamental and applied research across optics and photonics technologies.
Articles in the first issue cover exciting and innovative research, from using light-sheet microscopy for imaging of large biomedical specimens and deep learning for digital holography, to real-time spectroscopy for ultrafast fibre laser design and optimisation and a new approach for creating high-Q cavities for trapping light. Other topics include a pinhole-array-mask diffractive imaging method, and the size and energy-efficiency challenges of semiconductor nanolasers.
The initial lineup also includes an interview with Sir John Pendry of Imperial College London discussing his work in transformation optics and metamaterials; this interview complements a review article, 'Transformation optics from macroscopic to nanoscale regimes,' authored by Yu Luo, Jingjing Zhang, and Pendry. The issue also features an insightful perspective on the future of photonics by Eugene Arthurs, a former SPIE CEO.
Advanced Photonics, designed to address a growing demand within the photonics community to publish and share significant, innovative research results as rapidly, accurately, and accessibly as possible, will highlight scientific and technological discoveries as well as news and commentaries by leading experts and visionaries in the field.
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