Stable and continuous detection of physiological signals without an external power supply is
a crucial technology to realize wearable electronics as the next generation of flexible …

Supercapacitor electrodes often suffer from the low mass loading of active substances and
the unsatisfactory ion/charge transport features due to the use of various additives. Exploring …

Aqueous zinc-ion batteries (AZIBs) are receiving widespread attention due to their abundant
resources, low material cost, and high safety. However, the susceptibility of Zn metal anodes …

Amorphous materials with well-defined morphology have aroused tremendous research
interest owing to their abundant defects and intrinsic isotropy, which shed new insights for …

As an emerging technology for energy storage, aqueous rechargeable batteries possess
several advantages including intrinsic safety, low cost, high power density, environmental …

Heterostructure materials, owing to their unique interfaces, robust structures, and synergistic
effects, are increasingly garnering attention for their potential to enhance the energy/power …

The efficiency and cleanliness of photocatalytic technology make it a promising candidate
for widespread use. In recent years, the escalation of environmental pollution has …

Transition metal electrode materials are promising for applications in high-energy and
power-density rechargeable energy devices. However, their poor intrinsic conductivities and …

Abstract Zinc‑manganese batteries (ZMBs), with their non-flammable aqueous electrolyte
and lower electrode material costs, offer a safer and more economical solution to the …

Coupling two different active components to construct heterogeneous structures has
become an effective approach to address issues such as poor electrode material …