论文标题
在平方抗抗激态盐法中，对单向电子的光诱导双向磁性
Photoinduced Bidirectional Magnetism against Monodirectional Electronics in Square-Antiprismatic Octacyanometalates
论文作者
论文摘要
放射$ {\ rm cu} _2 {\ rm mo}（{\ rm cn}）_ 8 \ cdot 8 {\ rm h} _2 {\ rm h} _2 {\ rm o} $带有蓝光诱导全球磁性化，而诱导了一个全球磁化，而将其成功地发射到重新或更长的范围内，并启动了重新启动。我们为扩展的哈伯德模型求解时间依赖性的schrödinger方程来再现光学磁性。监测光诱导的光导率和角度分辨 - 发射光谱，我们揭示了通过铁磁性的磁性往返行程，远非电子的回报。虽然在钨模拟$ {\ rm cu} _2 {\ rm w}（{\ rm cn}）_ 8 \ cdot 5 {\ rm h} _2 _2 _2 _2 {\ rm o} $，infrigh-indize mays nize and ipe nize。
Irradiating ${\rm Cu}_2{\rm Mo}({\rm CN})_8\cdot 8{\rm H}_2{\rm O}$ with blue light induces a global magnetization, whereas succeeding irradiations with red or longer-wavelength light demagnetize this material. We solve the time-dependent Schrödinger equation for an extended Hubbard model to reproduce the photoreversible magnetism. Monitoring the photoinduced optical-conductivity and angle-resolved-photoemission spectra, we reveal that the magnetic round trip by way of ferromagnetism is far from a return in terms of electronics. While visible-light-induced magnetization has never been observed in the tungsten analog ${\rm Cu}_2{\rm W}({\rm CN})_8\cdot 5{\rm H}_2{\rm O}$, infrared-light irradiation may magnetize this material as well.
