新型超快光场及微纳体系量子态相干调控
项目来源
国(略)研(略)((略)D(略)
项目主持人
吴(略)
项目受资助机构
华(略)大(略)
项目编号
2(略)Y(略)3(略)0(略)
立项年度
2(略)
立项时间
未(略)
研究期限
未(略) (略)
项目级别
国(略)
受资助金额
4(略)0(略)
学科
量(略)与(略)息
学科代码
未(略)
基金类别
“量(略)与(略)息”重点专项
关键词
超(略) (略)秒(略);(略)体(略) (略)化(略);(略)凝(略)学(略)u(略)a(略)t(略)s(略);(略)t(略)c(略) (略)s(略) (略)i(略)-(略)n(略)y(略)m(略)e(略)t(略)p(略)r(略)n(略)u(略)a(略)t(略)n(略)c(略)f(略)o(略)e(略)r(略)r(略)o(略)n(略)i(略)
参与者
李(略)
参与机构
北(略);(略)学
项目标书摘要:微纳(略)代量子信息科学的重(略)物理、新现象的发现(略)研制。在微纳米空间(略)对量子态演化进行测(略)场与微纳体系耦合新(略)电功能器件的重要基(略)稳态信息的获得,而(略)过程往往决定着体系(略)力学的深入研究对于(略)调控至关重要。本课(略)纳结构量子态动力学(略),拓展新型光场时—(略)脉冲泵浦探测和阿秒(略)等技术手段,结合微(略)从微观基本层面揭示(略)作用新机制,实现微(略)电子量子态阿秒超快(略)<200 阿秒)测(略)
Applicati(略): Coheren(略)n of quan(略)in micro-(略)s is an i(略)undation (略)uantum in(略)cience,wh(略)s the dis(略) series o(略)cs and ph(略) the deve(略)new optoe(略)evices.Me(略)nd contro(略)antum sta(略) at micro(略)patial sc(略)ery high (略)ecision i(略)ant found(略)evealing (略)sms of ul(略)ht field (略)th new ef(略)cro-and n(略) and deve(略)optoelect(略)ional dev(略)us studie(略)ly focuse(略)quisition(略)state inf(略)ile the m(略)dynamical(略)in the mi(略)stem ofte(略) the macr(略)perties o(略)m.An in-d(略)of ultraf(略)s is cruc(略)erstandin(略)scopic me(略)d achievi(略)pic regul(略)topic foc(略) time-res(略)rement an(略)f the qua(略)dynamics (略)no-struct(略)the excit(略)ltrafast (略)ld,expand(略) type of (略)ld time-f(略)main mult(略)al precis(略),ultrasho(略)mp-probe (略)ond strea(略)on spin p(略) probing (略)echniques(略)with the (略)f micro-n(略) and the (略)nergy ban(略)l the new(略)of the in(略)etween ul(略)ers and m(略)tructures(略)scopic le(略)realize t(略)ion betwe(略)no-struct(略)omic and (略)ystems.To(略)trahigh-p(略)00 as)mea(略)d control(略)osecond d(略)havior of(略)in nanost(略)d atomic (略)ar system(略)
项目受资助省
上(略)
- (略)