女艺人照片

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女艺人照片被盗用称是天上人间陪侍小姐

　　自去年5月11日北京“天上人间”夜总会被警方查封后,[link widoczny dla zalogowanych]，很多“陪侍小姐”的照片和资料开始在网络上流传。其中一张照片上的女子被称为19岁的“陪侍小姐”“瑶瑶”。记者上午从朝阳法院获悉，照片上的女子近日已将两家网站诉至法院，指责报道张冠李戴，损毁了自己的名誉。记者了解到，该女子名叫战一，是一名艺人，照片被盗用后，她曾在博客上发表声明，称自己“绝非小姐”,[link widoczny dla zalogowanych]。
　　战一称,[link widoczny dla zalogowanych]，2010年5月16日,[link widoczny dla zalogowanych]，她在上网时发现，chinavalue上刊登了一篇题为“揭秘北京天上人间真正陪侍小姐照片”的报道。点击进入后，她发现,[link widoczny dla zalogowanych]，该报道的第一张照片居然是自己在某著名摄影师的摄影棚拍摄的照片，照片下方的文字注明：“姓名：瑶瑶年龄：19岁身高：173cm 籍贯：湖北恩施”。同时，雅虎新闻中也有一篇题为“北京天上人间真正陪侍小姐照片”的报道，其中也盗用了她的照片。
　　据战一称,[link widoczny dla zalogowanych]，她是一名留学海外的学子，家庭背景良好。现学成归国正值演艺事业刚有起色之机,[link widoczny dla zalogowanych]。出现被告的侵权报道,[link widoczny dla zalogowanych]，给她造成了巨大的精神压力，对其演艺事业、美好前途都带来了相当不利的影响，同时也导致其直接的经济损失。战一认为，被告的行为严重侵犯了她的名誉权和肖像权。
　　记者了解到，看到自己的照片被盗用后，战一曾在新浪博客上公开发表声明，并委托律师发函。近日战一又将北京阿里巴巴信息技术有限公司以及北京创融投资顾问有限公司告上法院，要求两被告停止侵权行为，公开赔礼道歉，公开刊登正面报道以澄清事实恢复名誉，并索赔精神损害赔偿金和直接经济损失4万元。
　　上午，记者在战一的新浪博客中看到了其于5月19日发表的声明。声明中称：“本人绝非天上人间陪侍小姐,[link widoczny dla zalogowanych]，该照片系被盗用。”而配以照片的姓名、年龄、身高、籍贯等信息也都不是她本人的真实情况,[link widoczny dla zalogowanych]。战一的个人档案显示,[link widoczny dla zalogowanych]，其身高168cm，学历为美国得克萨斯州立大学学士、中央戏剧学院表演系。电影作品有《顶针》、《六月里好阳光》。记者上网搜索后发现，相关涉嫌侵权的帖子至今仍在各大网站流传。
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In recent years, the field of topological insulators has become the most popular topics of physics, one of the topological insulator materials can be also used as insulators and conductors, because of its internal structure to prevent the current flow through the edges and the surface was able to ensure the current campaign.
The most important topological insulator surface may be spin polarized electron motion can be guaranteed, while energy consumption is also prevented when the electronic dispersion.
In the "Nature Nanotechnology" magazine, from the University of California,[link widoczny dla zalogowanych], Los Angeles (UCLA), the Engineering and Applied Science and University of Queensland researcher at the Institute of materials published, showing the topological insulator bismuth telluride surface conduction channel, shows the insulator surface Fermi level according to the location of surface states to regulate the transmission performance.
Bismuth Telluride is known for its thermoelectric properties, and because of its unique surface state is presumed to be three topological insulator. For bismuth telluride recently carried out some experiments of bulk material also shows that the surface state with two transmission channels. But this small band gap semiconductor and the thermal excitation of other causes of insufficient purity of the important scattering also makes the adjustment of the surface conductive features as a great challenge.
The topology of the development of insulated nano-technology has made in this supplement. The great degree of compaction of nano materials,[link widoczny dla zalogowanych], surface conditions, making the total force can be controlled by the surface state.
Wang and his team used nano-materials as bismuth telluride crystal structure of the conduction channel field effect. This depends on the external electric field to control the Fermi level, to regulate the transmission channel state,[link widoczny dla zalogowanych], the highest conductivity can reach 51%. The researchers did the first time, show the possibility of regulating the surface of topological insulators. Source: [link widoczny dla zalogowanych]