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A porous cobalt(ii) metal–organic framework (MOF) was reported to exhibit high room-temperature proton conduction and field-induced slow magnetic relaxation behavior.

Three new 2D MnII-[MoIII(CN)7]4− magnets constructed from chiral bidentate ligands have been synthesized and characterized. The relationship between the magnetic properties and the anisotropic magnetic interactions was analyzed and discussed.

A one-dimensional Dy(iii) sulfonate was reported to exhibit switched single-ion magnetism and proton conduction induced by water desorption/adsorption processes in a single-crystal-to-single-crystal transformation manner.

A dysprosium(iii) single-ion magnet (SIM) was used as a building block for the construction of dinuclear lanthanide single-molecule magnets (SMMs).

The supramolecular assembly of hexaaquacobalt(II) nitrate and a tetradentate carboxylate ligand resulted in the isolation of a cobalt hydrogen-bonded organic framework (HOF). Variable-temperature X-ray diffraction experiments reveal high thermal stability of the framework sustained by charge-assisted, multiple hydrogen bonding interactions with the co-former. Interestingly, the material shows field-induced slow relaxation of magnetization originating from the magnetically anisotropic Co

Spin crossover (SCO) complexes have been extensively explored as bistable materials and recently used as molecular modules for the development of new multifunctional molecular magnetic materials. Herein, we present the synthesis, crystal structure, magnetic, and electrical properties of a mononuclear cobalt complex constructed by a halogen-functionalized terpyridine derivative and organosulfonate. A complete and gradual spin transition with the T

Foldable displays have become increasingly used as a solution to the portability-practicality trade-off. A new scan driver integrated with metal oxide thin film transistors (MO TFTs) is proposed for foldable displays to overcome the effects of threshold voltage shifts on the scan driver output. In the scan driver, a feedback section and two series to transistor structures are used to keep the voltage of the key node to sustain a normal output, with this structure, the lower the voltage of the negative supply, the more stable the scan driver will be. Some flexible MO TFTs and 60 stage scan drivers are fabricated by etch stop layer structures on the polyimide substrate. Under different strains and 100 000 times bending with the minimum 3.5 mm bending radius, the characteristics of MO TFTs and the output waveform of the scan driver are measured. Experimental results show that the proposed scan driver shows high reliability since only a little voltage fluctuation occurs at the outputs after the bending test and has a better output waveform with a lower voltage of the negative supply.