Future technologies underpinning multifunctional physical and chemical systems and
compact biological sensors will rely on densely packed transformative and tunable circuitry …

Owing to the well-established fact that poly (styrenesulfonate)(PSS)-based strong
polyelectrolytes are pH insensitive, their applications in smart materials have thus been …

Photoinduced modulation of the optical parameters of nanomaterials underlies the operating
principles of all-optical nanodevices. Here, we demonstrate the laser-induced 10 …

Novel 2D hydrogels with coupled electro‐thermoregulation for water transport are
constructed via self‐assembly of hydroxypropyl cellulose (HPC) with graphene oxide (GO) …

Nanophotonics underpins the future technologies for creating reconfigurable optical circuitry
for high-performing optical devices, ultrafast computers, and very compact efficient …

An efficient strategy was proposed to fabricate magnetic N-doped mesoporous carbons (Fe
0/NMC) via one-pot process. This one-pot strategy involved the synthesis of N-containing …

The mathematical method of separation of motions represents the effect of fast high-
frequency oscillations by an effective averaged force or potential. Ultrasound acoustic …

Active controlling of optical properties of metallic particles holds great promise for nonlinear
nanophotonics and compact optoelectronic devices. Except for the electronic and chemical …

Dendrite growth and side reactions occurring at Zn anode surface are important factors
affecting the performance and lifetime of aqueous zinc-based batteries. ZnCr 2 O 4, as a …

Intelligent hydrogels have been paid a great deal of attention by worldwide researchers
because of their ability to mimic biological functions. Communication, learning, and …