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The creation of the world's fastest physical random number generator, the report of nonlinear optics in doped silica glass, and the observation of slow light in a long chain of coupled photonic crystal cavities are just three of the achievements reported in the December issue of Nature Photonics. The issue also features a review article on ceramic laser materials which are poised to become an attractive gain medium for high-power solid-state lasers, and an article looking at how photonics is changing the world of dentistry. To accompany this, we have our usual high-quality mix of news, expert insights and research highlights from the world of optics. Take a peek inside. Submit your next paper to Nature Photonics Nature Photonics covers the entire spectrum of photonics research for scientists in academia and industry. The journal is open to a broad range of topics whose central theme fall within the generation and application of light, spanning from X-ray lasers through to terahertz waves and biophotonics through to photovoltaics. Authors are encouraged to submit their latest work via the online submission system. View the guide for authors For a journal that combines the best research in optics with a unique mix of articles dedicated to the business and technology side of the industry, choose Nature Photonics. You have received this e-mail in the genuine belief that its contents would be of interest to you. To not receive these messages from Scientific Direct or other carefully selected organizations, please go to our preference page. |
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The creation of the world's fastest physical random number generator 世界上速度最快的物理随机数发生器建立了,the report of nonlinear optics in doped silica glass报告的内容指出非线性光学中掺杂石英玻璃,and the observation of slow light in a long chain of coupled photonic crystal cavities are just three of the achievements reported in the December issue of Nature Photonics 并且观察到缓慢的轻的长链耦合光子晶体只是空洞的三个报告所取得的成就，发布于12月自然光子学杂志。 [ Last edited by zway on 2008-12-10 at 22:39 ] |
2楼2008-12-10 22:35:46
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The issue also features a review article on ceramic laser materials which are poised to become an attractive gain medium for high-power solid-state lasers 这个问题还具有审查文章陶瓷激光材料，这些材料将成为有吸引力的增益介质的高功率固体激光器，and an article looking at how photonics is changing the world of dentistry并且有一篇文章，正研究光子学在如何改变着牙科世界。 |
3楼2008-12-10 22:37:43
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《自然光子学》第12期报道了仅有的三大成就，世界上最快的物理随机数据键盘的发明、掺杂石英玻璃的非线性光学性质的报道和观察长链耦合光子晶体空穴中的慢光现象。 期刊中还特写了一篇关于陶瓷激光材料的评论，这些材料成为高效固体激光器增益的媒介。还有一篇关于光子学如何改变牙科世界的文章。 期刊中汇集光子学中各类高质量的新闻，采用专家视角，报道了研究的亮点，请看里面。 《自然光子学》期待着您的下一篇文章。 《自然光子学》涉及学术界和工业中有关光子研究的全光谱。该刊广泛涵盖几个主题，包括光的产生及其应用、透过频率波的X射线和光电光子学。欢迎广大笔者网上投递最新的研究工作。 作者指南 光子学的研究结合工业中商务、科技的应用文章，请选择《自然光子学》。 秉着诚信，您收到该信，希望是您感兴趣的。为避免从Scientific Direct或其它机构收到类似信件，请直接到我们的主页。 |
4楼2008-12-11 09:36:32