To improve the binding energy of hydrogen, incorporation of internally polarized organic units into metal–organic frameworks (MOFs) should be a promising strategy. In this study, two novel MOFs compos...

A series of phenothiazine-based hypercrosslinked p-type porous polymers were synthesized via a knitting polymerization method, incorporating increasing amounts of benzene as a co-monomer for a systema...

Li-rich cathodes are gaining popularity for Li-ion batteries due to their higher capacity compared to standard layered cathodes. However, the redox mechanisms in these materials are still not clear, n...

Light is often the stimulus of choice for dynamically changing structure and function in materials and other contexts, including not only many smart materials and photovoltaics, but also biological an...

Wound healing is tightly regulated in both space and time. To mimic this behavior, we designed magnetically-responsive, fiber–hydrogel composites. When covalently crosslinked hydrogels were combined with layer-by-layer stacking, we demonstrated precise spatial control over fiber orientation. For temporal con

This perspective explores the intersection between technology research and environmental assessment during the early-stage development of next-generation wearable electronics, encompassing flexible, stretchable, soft, transient, printed, and hybrid electronics. While significant advancements have been made i

In this work, we have explored two emerging Janus monolayers BiTeBr and SbTeBr, while constructing their corresponding heterostructures by varying the interfacial terminations. We have determined band edge alignment and excitonic radiative lifetime for four different heterostructures, which turned out to be governe