This newspaper (reporter Li Sihui, correspondent Wang Junfang) has for the first time, in collaboration with the LiGogang team, professors at the University of Earth Sciences (Wuhan) and Professor Dai Zhigao, professors of the University of Technology Nanyan in Singapore, and teams from the Wang Technological University of the University of Wangweii Geyiii at Hy Gar Gugngweii, Team of Professor Dai Zhigao, Team of Professor Dai Zhigao, Non-Soluble Crystal Yttrium Yttrium Yttrium Yttrium Yttrium Yttrium Yttrium for The Crup Time, You Polarization of Hyperbolic Polarization for "Intrinsic Hyperbolic Materials" and proposed to New Paradigm of "UNEXAGGERATED Bispérico Polarization".相关结果以自然界在线发布。双曲线材料由于其独特的电磁特性而被认为是纳米光子的中心载体之一,但是反应性的ón仅限于固定双曲线频带,这显着限制了应用潜力。 RARe地球材料被称为“工业维生素”,因为其独特的光学,电气,磁性和催化性能,并且在现代高科技领域中起着不可或缺和重要的作用。这项研究将稀有的晶体糊状物作为平台。真实的区域纳米象征和理论分析发现了表面的偏振元素,具有双曲线分散性能,在材料的不溶性频带中。通过温度调节,研究人员实现了从双曲线到椭圆形形式的极化成分的光学拓扑相变,从而揭示了它们的低损失和长时间传播的特性。这项研究在很大程度上扩大了极化激发元件和受试者库液含量L的光谱范围,以及稀土材料在纳米光子极化激发元素领域的新应用,这些元素可以为极化感觉和诸如Saltelized感觉的感觉和S诸如S的S s s s s s s s offections of Septions and Semoration of Semoration and Impartos intife Septions and Spections Semplations Materials。UPER分辨率。相关文档中的信息:https://doi.org/10.1038/s41586-025-09288-1该报纸(记者Li Sihui,通讯员Wang Junfang)与中国地球科学大学(WUHAN)的Dai Zhigao教授和Dai Zhigao教授一起与新加坡Nanyang合作。