... with a charge order. In situ heating experiments confirm the reversibility of this first-order phase transition, and periodic lattice displacement maps depict atomic-scale displacements linked to dimerization. bond order lattice displacement phase transition symmetry breaking Science and Engineering...

... theory calculations support the interpretation of the magnetic ground states and a four-center two-electron bonding character. Coordination ability was also explored. Graphical Abstract Graphical Abstract biradical magnetic property phase transition MEXT Advanced Research Infrastructure...

... be elucidated using the piezoelectric field theory. Differential scanning calorimetry (DSC) and piezoelectric measurements provide insights, revealing that fatigue and self-recovery are attributed to the phase transition between 1 and 2 . Illustrated in the upper left inset of Fig.  1a and b , both crystals...

... occur reversibly with changes in humidity, despite the absence of extended H₂O channels. Furthermore, the crystals exhibit a crystal-to-crystal thermal phase transition. The structural studies reveal the dynamic nature of these crystals, which contribute to their multiresponsive behavior...

... Attribution License ( https://creativecommons.org/licenses/by/4.0/ ), which permits unrestricted reuse, distribution, and reproduction in any medium, provided the original work is properly cited. Phase diagrams provide a comprehensive means to study the complex behavior of systems near phase transitions...

... regime, they established the sharp phase transition threshold above which the construction of a non-trivial estimate of the planted bipartition is possible by a polynomial time algorithm. Below the mentioned phase transition threshold, it is impossible to reconstruct the planted partition with greater...

... into the molecular components associated with PtDAL1, which integrates the vegetative to reproductive phase transition into age-mediated progressive development of the whole plant in conifers. PtDAL1, a potential timer of age in conifers, directly activates PtDAL10, suggesting a novel regulatory mechanism...

... in a divergent dynamic critical exponent during quantum phase transitions (QPT). While this phenomenon has been well-documented in low-dimensional conventional superconductors and in three-dimensional (3D) magnetic metal systems, its presence in 3D superconducting systems and in unconventional high-temperature...

... errors and experimental imperfections, is generally negligible. Further field scanning results have visualized the strongly localized corner states directly, as shown in Fig.  3f . These results have experimentally corroborated the topological phase transition between a CI phase with chiral edge states...

... the band structure of a Chern insulator, we experimentally determine the metrological potential across a topological phase transition, and demonstrate strong enhancement in the topologically non-trivial regime. Our work opens the door to metrological applications empowered by topology, with potential...

... data with . Here the under-sampling , the sparsity and the correlation coefficient in the two-dimensional block structure . The left panel is for LQLS wth and the right panel is for LQLS wth . Fig. 3. Comparison of the phase transition of the regularized method...

...YinBo Zhu; ZhouYu Fang; ZhongTing Zhang; HengAn Wu Figure 4. Phase transitions among different amorphous carbons. (a) Transformation from DGN to a-DG. (b) Transformation from DGN to p-D. The insets demonstrate corresponding microstructural evolutions. Simulation conditions are listed in Table S2...

... into several developmental stages: germination, vegetative growth, flowering and senescence. After germination, the seedling uses the nutrients stored in the seeds to grow and acquire photosynthetic capacity. This process, called seedling establishment, involves a developmental phase transition from...

... concentration and their downstream pathways induce protein phase transition to form zones for biological processes or protein sequestration. Here, we review the mechanisms and functions of protein phase transition after biological membrane permeabilization. Graphical Abstract Graphical Abstract cellular...

... develop a framework through a detailed mathematical derivation of the proposed model. We then investigate the critical value ρ * of the reinforced edge ratio that can change the phase transition type of the network. Our model is verified by theoretical analysis, simulation experiments...

...Jie Liu; Meng Ke; Yuhan Sun; Shihui Niu; Wenli Zhang; Yun Li; Pablo Manavella Chromatin remodeling DNA methylation epigenetic regulation histone modification phase transition rejuvenation National Natural Science Foundation of China 10.13039/501100001809 32171769 The life cycle of plants...

... aqueous solubility limits their applications. This study discusses the development of a novel and organic solvent-free method to develop carotenoid-containing polymeric nanoparticles via temperature-induced phase transition (TIPT) of pluronic F-68 to obtain formulations with the improved dissolution...

... crystal (PC) phase. To investigate the dynamics of the phase transition between crystalline, plastic crystalline, and liquid phases of [C₁C₄pip]PF₆, we measured the temperature dependences of longitudinal and transverse relaxation times (T₁...

..., formability and transparency are examples of glass properties. Phase transitions such as crystallisation induced by external stimuli such as heat or light in the glassy state are also important phenomena. Zn(benzimidazolate)_0.25(imidazolate)_1.75 (Figure 5 A, ZIF-62) has a melting point...

.... 24 04 2023 19 05 2023 Chalcogen bond X-ray analysis Phase transition Low-dimensional organic solids ¹ are interesting from the viewpoint of their characteristic solid-state properties such as anisotropic electron conduction. The charge-transfer (CT) complex of tetrathiafulvalene...