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The seventh edition of the Spintronics symposium of the SPIE conference gathered more than one hundred speakers in San Diego from Sunday to Thursday, 17-21 August 2014. In line with the previous editions, the Spintronics symposium held in the framework of the Optics+Photonics conference covered most of the hot topics in Spintronics. The conference was also an invaluable opportunity for informal and extremely stimulating discussions between experts and networking in a friendly atmosphere, witnessing for the dynamism of our field of research. These proceedings do not include a full overview of the presentations, but they report a significant part (about 33%) of important results presented at the meeting. The symposium concerns fundamental results in experimental and theoretical physics, and also technological developments. During the last year, we have felt that the MRAM technology is really coming to market, and may have a strong impact on the future of data storage and processing; therefore, we had three focused sessions (8-11) with the participation of key industrial partners, and a key-note opening by Hideo Ohno (Tohoku University). The state of the art in domain wall manipulation and application was presented by S. S. P. Parkin in a keynote lecture. Besides, the program shows the growing importance of the studies and developments about optical manipulation and detection of spins, with a whole session (1) devoted to spin laser, a session on spin photonics (3A), a session based on magnetooptics (7), and two sessions related to optical pumping (2A and 4A).
机译:2014年8月17日至21日星期四,SPIE会议的第七届Spintronics研讨会在圣地亚哥聚集了一百多位演讲者。与以前的版本相同,在Optics + Photonics框架内举行的Spintronics研讨会会议涵盖了Spintronics的大多数热门话题。此次会议也是在友好的气氛中进行专家和网络之间的非正式且极具启发性的讨论的宝贵机会,见证了我们研究领域的活力。这些会议记录未完整介绍这些演讲,但它们报告了会议上发表的重要成果的很大一部分(约33%)。专题讨论会涉及实验和理论物理学的基本成果以及技术发展。在过去的一年中,我们认为MRAM技术确实正在推向市场,并且可能对数据存储和处理的未来产生重大影响。因此,在主要工业合作伙伴的参与下,我们进行了三场重点会议(8-11),而东北大学的大野秀夫(Hideo Ohno)也做了主题演讲。 S. S. P. Parkin在主题演讲中介绍了畴壁操纵和应用的最新技术。此外,该程序显示了有关光学操作和自旋检测的研究和开发的重要性日益提高,整个会议(1)专门讨论自旋激光器,关于自旋光子学的会议(3A),基于磁光学的会议(7) ,以及与光泵浦有关的两个会话(2A和4A)。

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