红包扫雷

红包扫雷 概况 研究队伍 科研成果 人才教育 院地合作 国际红包扫雷 党建 产业 期刊
  专题首页  |  专题简介  |  议题预告    
 
尚光·物理第四期: 非线性光学
信息来源:红包扫雷_红包扫雷游戏app-官方认证 】 【打印】 【关闭

红包扫雷  shijian: 2020nian1yue13ri——14ri

 

  diyijiang: 1yue13ri shangwu9:00——12:00

红包扫雷  qiujianrong,zhejiangdaxuejiaoshou,weinaguangzixueyanjiusuosuozhang,xiandaiguangxueyiqiguojiazhongdianshiyanshifuzhuren。2001nianhuoguojiajiechuqingnianjijin。2008nianruxuanjiaoyubu“zhangjiangxuezhe”tepinjiaoshou。jiaoyubuchuangxintuanduidaitouren。jianrenguojibolixiehuilishi,zhongguoguisuanyanxuehuitezhongbolifenhuifulishizhang。qijinweizhifabiaoscishoululunwen500yupian(guojiquanweiqikanrunature photonics, adv. mater., j. am. chem. soc., angew. chem. int. ed., phys. rev. lett., nano lett.dengyingxiangyinzidayu3de300yupian),beiscitayin20000yuci。1999nianhuoribenxituxuehuizulijiang(meinian1ming)。2005nianhuodeguoabbejijinguojiotto-schottyanjiujiang,2007nianhuoribentaocixiehuixueshujiang,2015nianhuomeiguotaocixiehuig. w. morey jiang(zhongguokexuejiashouci)。jianrenlezhongguojiguangzazhishejiguangyuguangdianzixuejinzhanzhixingzhubian,zhongguoguisuanyanxuebao、j. non-cryst. solids, int. j. appl. glass sci., frontires in materials-glass sciencedengqikandefuzhubianhuobianwei。meiguotaocixiehuihemeiguoguangxuexuehuifellow。 

  

  timu: jiguangyoudaoderuoganfeixianxingxianxiangheyingyong

  didian: shanghaiguangjisuo yizhiting

红包扫雷  zhaiyao: benbaogaojiangjieshaojiguangyoudaodeshangzhuanhuanfaguang,yawentaihewentaiweinajiegouxinxianxiangdewulijizhiyijizaijichengguangdianziqijianzhongdeyingyong。

 

  

    

 

红包扫雷  dierjiang: 1yue13ri xiawu 2:00——5:00

红包扫雷  chenxianfeng,shanghaijiaotongdaxuetepinjiaoshou,guojiajiechuqingnianjijinhuodezhe,kejibuzhongqingniankejichuangxinlingjunrencai,shanghaishiyouxiuxueshudaitourendeng。xiangshouzhengfuteshujintie。danrenzhongguoguangxuexuehuijichuguangxueweiyuanhuifuzhuren。zaiguoquershijinianzhongkaizhanlefeixianxingguangxue、namiguangzixue、liangziguangxue、guangdianziqijiandengfangxiangdeyanjiu。zainature、nature photonics, physical review letters,optics lettersdengbenlingyuguojizhongyaoscikanwushangfabiaolunwen302pian,sciyinyong3200yuci。2010nianyouyuzaizhunxiangweipipeifeixianxingguangxueheguangyunamijiegoucailiaoxianghuzuoyongfangmiandegongxianhuodeyataiwulixiehuilianhehuiyangzhenningjiang(aapps,c. n. yang award)。xianrenshanghaijiaotongdaxuewuliyutianwenxueyuanguangkexueyujishuyanjiusuosuozhang。

  题目: 非线性光学及其研究进展

  didian: shanghaiguangjisuo yizhiting

  zhaiyao: baogaojiangfenweilianggebufen,diyibufenjieshaofeixianxingguangxuepinlvbianhuandejibenyuanli、mianlindetiaozhanyijiketizuzaisanweifeixianxingguangxuecailiaozhongpinlvzhuanhuandelilunyanjiujinzhan。dierbufenjiehexincailiao、xinyuanlihexinyingyong,jieshaoketizuzaifeixianxingjiezhibiaomian、suijifeixianxingcailiao、zhenkongziwaijiguang、guangchangdiaokong、liangziguangxueyijijichengguangzixuedengfangmiandejichuheyingyongjichuyanjiuzhongdezuixinyanjiujieguo。

 

  

  

  

红包扫雷  disanjiang: 1yue14ri shangwu9:00——12:00

红包扫雷  xiaoyunfeng,beijingdaxueboyatepinjiaoshou,zhangjiangtepinjiaoshou。yu2002nianhe2007nianzaizhongguokexuejishudaxuewulixifenbiehuodewulixueshiheboshixuewei;suihoufumeiguoshengluyisihuashengdundaxuecongshiboshihouyanjiu;2009nianhuidaobeijingdaxuewulixueyuangongzuo,lirenzhangpinfujiaoshou、zhangpinjiaoshou。zhuyaocongshichaogaopinzhiyinziguangxueweiqiangdeshiyanhelilunyanjiu。jinnianlai,yizhuyaozuozhezaiscience、nature photonics、pnas、physical review lettersheadvanced materialsdengguojizhongyaozazhifabiaoyanjiulunwen150yupian,tayin4000yuci,hyinzi40。yanjiuchengguoliangciruxuan“zhongguogaoxiaoshidakejijinzhan”(2014、2017)。huodibajieraoyutaijichuguangxuejiangyidengjiang(2013)、wangdahengzhongqingniankejirenyuanguangxuejiang(2017)、jiaoyubuqingniankexuejiang(2018)、raoyutaiwulijiang(2018-2019);beixuanweimeiguoguangxuexuehuihuishi(osa fellow,2019)。

  timu: chaogaoqzhiweiqiangguangxueheguangzixue

  didian: shanghaiguangjisuo19haolousanlouhuiyishi

  zhaiyao:

  confinement and manipulation of photons using microcavities have triggered intense research interest in both fundamental and applied photonics for more than two decades. prominent examples are ultrahigh-q whispering gallery microcavities which confine photons by means of continuous total internal reflection along a curved and smooth surface. the long photon lifetime, strong field confinement, and in-plane emission characteristics make them promising candidates for enhancing light-matter interactions on a chip. in the first part of this talk, i will introduce some representative photonics applications of ultrahigh-q microcavities. in the second part, i will focus on (1) chaos-assisted momentum transformation in an asymmetrical microcavity, (2) spontaneous symmetry breaking of optical fields in a single ultrahigh-q microcavity, and (3) second-order nonlinear optics induced by symmetry breaking at the surface of a silica microcavity under a sub-milliwatt continuous-wave pump.

 

红包扫雷  disijiang: 1yue14ri xiawu2:00~5:00

  chengya, shanghaiguangjisuoyanjiuyuan, huadongshifandaxuewuliyudianzikexuexueyuanyuanzhang, guojiajiechuqingnianjijinxiangmuhuodezhe, guojiakejibuzhongdianyanfaxiangmushouxikexuejia。

 

  timu: guangxuezhongdejiduanfeixianxingxianghuzuoyong: ruhedailaiwanyizhizhuchanyezhongdebiange

  didian: shanghaiguangjisuo yizhiting

  zhaiyao: hongbaosaoleitaolunyingyongchaokuaijiguangyuwuzhixianghuzuoyongzhongdejiduanfeixianxingxiaoying, chanshenggongnengweijiegouyuweixinpian, congerdaidongxinxiyuhuagongchanyezhongdeshengjiyubiange。

 

  

  

  


文章评论
附件列表:
 
版权所有:红包扫雷_红包扫雷游戏app-官方认证
主办单位:红包扫雷_红包扫雷游戏app-官方认证 转载本站信息,请注明信息来源和链接。
红包扫雷_红包扫雷游戏app-官方认证 亚洲最大彩票平台_信誉最好彩票app---首页_Welcome 幸运飞挺_飞艇开奖网址-点击进入>! 十大彩票_十大彩票正规平台〖2020购彩首选〗 北京pk10_北京pk10官网|【官网】 甘肃十一选五_上海十一选五_官方入口 快乐赛车_快乐赛车游戏- 网页版 快三平台_快三彩票官网- 顶级信誉平台 北京28_北京28在线预测_【官网推荐】 北京快三_北京快三平台_【官网首页】 幸运赛车_幸运赛车平台-官方认证