Bioelectricity provides electrostimulation to regulate cell/tissue behaviors and functions. In
the human body, bioelectricity can be generated in electromechanically responsive tissues …

The properties of superhydrophobic wood depend heavily on the design of micro roughness
and low-surface-energy chemical components via various fabrication strategies. However …

As a result of global sustainable development, natural fiber composites (NFCs) have
become increasingly attractive due to their remarkable performance, novel functionality, and …

Hydrovoltaic energy harvesting offers the potential to utilize enormous water energy for
sustainable energy systems. Here, we report the utilization and tailoring of an intrinsic …

In the development of the modern electronics industry, the high mechanical performance,
the green, and high-performance electromagnetic interference (EMI) shielding materials …

An increasing trend in creating materials with a greater extent of sustainability from an
ecological and financial perspective involves usage of bio resources and industrial residues …

We explored the electrical activity and extremes inside individual suspended zinc oxide
(ZnO) nanowires (NWs)(diameter: 50–550 nm, length: 5–50 μm) subjected to high forward …

World population are struggling with numerous problems related to environmental issues
such as pollution, availability of food, as well as the demand and supply of energy. The …

Breakthroughs in transient electronic materials are key to advancing the state of the art in
transient electronics. Here, we use a remarkable combination of two natural bioproducts …

The development of superhydrophobic layers on wood is attracting plenty of scientific
attention lately in the field of functional wood modification. However, the ability to resist …