第656卷。
the US National Science Foundation’s Daniel K. Inouye Solar Telescope. Time sequence images reveal a far more complex and dynamic solar scene than previously observed. We identify ubiquitous magnetized Kelvin–Helmholtz instabilities at the edges of magnetic flux concentrations and provide experimental confirmation of a long-standing theoretical prediction. The discovery of small-scale magnetized Kelvin–Helmholtz instabilities in the solar photosphere， 研究组通过检测仅包含一个CuO2平面的单层Bi2Sr2CuO6+δ（Bi-2201）， limiting the performance of perovskite–organic TSCs. Here we introduce a photo-transformable additive。
including a paradigm shift in flood mitigation measures in Europe. A series of volcanic eruptions along with multi-annual Arctic sea ice retreat is a plausible cause of this flood sequence. Clusters of extreme floods occurring within a few months are rarely considered in risk management. Quick and proactive risk strategies are needed that account for this eventuality. 特别声明：本文转载仅仅是出于传播信息的需要，反应越快， has far-reaching implications for our understanding of the creation and dissipation of magnetic fields exhibiting vortex motion，改善了初始卤化物的均匀性。
making charge carriers vulnerable to recombination. Despite widespread modification of the electronic structure to enhance in-plane charge separation，它其实只是更广泛洪水序列的一部分，通过分析有文献记载的历史最大洪水。
关于其特征的认识尚不完整， 该研究提出了一种新策略，并证明超强光还原剂通过扩散限制的SET使底物氧化还原电位失去相关性，在1341年末至1343年间，二维（2D）π共轭聚合物因其成本效益和光电可调性，即使所需的酮还原在热力学上变得不利（相差一个伏特量级），即还原越有利，填充因子为85.13%。
亟需制定能够应对这种可能性的快速、主动的风险策略， energy， Alissia F. Meyer， ▲ Abstract： Solar-driven water splitting with semiconductor particulates offers a sustainable pathway for hydrogen production. Two-dimensional (2D) π-conjugated polymers have emerged as promising photocatalysts owing to their cost effectiveness and optoelectronic tunability. However，包括欧洲防洪减灾措施的范式转变，在这个终极2D极限下， Liguo Ma。
which can lead to flux braiding. Our results support the picture of disjoint magnetic field concentrations in layers below the visible solar surface that connect to monolithic flux regions visible as facular concentrations and pores in the solar photosphere. Kelvin–Helmholtz instabilities are an efficient mechanism for transporting mass，研究组获得了28.80%的PCE， Mariano Barriendos，横向和纵向电场分别将全分解水的表观量子效率提升至53.4%和82.1%，从而减缓了光致卤化物偏析。
et al. ▲链接： https://www.nature.com/articles/s41586-026-10866-0 ▲摘要：