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ISSN: 2950-3876

Harvesting Space Station Micro-Vibrations: A Treefrog-Inspired Triboelectric Nanogenerator with Femtosecond Laser-Engineered Surfaces

During on‑orbit operation, space station solar panels are subject to continuous micro vibrations caused by attitude adjustments, variations in solar radiation pressure, and space radiation. Targeting...

Bioinspired crescent-shaped textures from the chela of Procambarus clarkii for reducing pipe penetration resistance in muddy environments

Penetration resistance during pipe installation in muddy sediments significantly limits operational efficiency and increases energy consumption in offshore engineering, cable laying, and deep-sea sampling....

Nature-Inspired Multiscale Architectures for High-Flux Two-Phase Cooling

High-flux two-phase cooling is essential for high-power electronics, data centers, aerospace systems and advanced energy devices, yet its performance remains constrained by nucleation loss, flooding,...

Biomimetic robot design for traversing inclined lava cave: from level surface to cave ground

Exploring lava caves on the Moon or Mars is beneficial for the construction of research base for long-term settlement. Current wheeled rovers face difficulties in entering inclined lava cave due to...

Sequential pinching, smarter seed dispersal

Dual-gradient metamaterials: Breaking the sensitivity–range trade-off in piezoelectric sensing

Bioinspired design for solar-driven evaporation and atmospheric water harvesting toward sustainable freshwater production

Freshwater scarcity has stimulated growing interest in sustainable water-acquisition technologies. Among them, solar-driven interfacial evaporation and atmospheric water harvesting represent two complementary...

A review of 3D-printed magnetic materials: Material-process-magnetization-application

Three-dimensional (3D) printing is transforming magnetic materials from conventionally shaped components into architected systems whose geometry, composition, and magnetization can be programmed together....

Digital twin construction for biomimetic materials

Digital twins connect physical systems with virtual models through data acquisition, simulation, optimization and feedback. Although this paradigm has been widely developed in industrial design and...

Passive thermal management: From biological skins to bioinspired surfaces

Biological surfaces mediate continuous energy exchange with the environment, and their optical, thermal, and structural properties have been refined through evolution to balance thermoregulation with...

Bioinspired field-controlled adhesion: Mechanisms, design strategies and applications

Animals have evolved over millions of years to support locomotion, attachment, and stable residence across diverse surfaces, offering rich biomimetic models for developing artificial interfaces with...

Bioinspired dry adhesives: From challenging surface adhesion to controllable release

Bioinspired dry adhesive technology, with the gecko as a central model, leveraging its unique advantages of residue-free adhesion, reversibility, and self-cleaning, holds significant potential for applications...

Performance study of the evolved cathode flow field via topology optimization for proton exchange membrane fuel cell

Aiming at the issues of uneven mass transfer and excessive pressure drop in conventional flow channels of proton exchange membrane fuel cells (PEMFCs), this study integrates topology optimization with...

Magnetic soft robots in biomedicine: From remote actuation to diagnostic-therapeutic integrated systems

Magnetic soft robots, created by embedding magnetic components in soft polymer matrices, represent significant progress in minimally invasive biomedical platforms. These systems navigate through narrow...

Fault-tolerant control of a mole cricket-inspired quadruped robot with functional arms under single-leg loss

Loss of leg function in quadruped robots often leads to severe mobility degradation in complex environments. Inspired by the effective forelimb utilization of the oriental mole cricket, this paper proposes...

Kinematic analysis and drive control of a bionic multi-muscle soft robot

Soft robots have been widely applied in various fields due to their excellent environmental adaptability. However, their kinematic modeling and motion control remain challenging research areas. This...

Elephant-trunk-whisker-inspired porous electronic fiber with engineered mechanical properties for distributed tactile sensing

Flexible tactile sensors are essential for robotics and health monitoring, yet they often face challenges related the complexity of multi-electrode wiring and the inherent trade-off between sensing...

Bio-inspired impact-resistant and energy-absorbing materials: From biological structures to engineering applications

In critical engineering sectors such as aerospace, automotive crashworthiness, infrastructure protection, and personal protective equipment (PPE), developing lightweight materials that combine high...

Addressing bacterial threats in a post-antibiotic era: Bioinspired strategies for antibacterial surface design

The advent of antibiotics revolutionized the management of bacterial infections, yet their clinical efficacy is catastrophically undermined by the global emergence of antimicrobial resistance (AMR)....

High-performance mechanical sensors inspired by the slit perception structure of biological receptors

The combination of flexible sensors and bionic innovative design has become an important direction for the development of intelligent sensing technology. To this end, this paper systematically describes...

Cellulose aerogels in water pollution treatment: Preparation, applications and mechanism

Water pollution remains one of the most pressing global challenges, driving an urgent need for advanced sustainable treatment materials. Derived from cellulose, the most abundant natural polymer on...

Intelligent bionics: Concepts, research and applications

Sundoli: A necro(w)bot with multi-stiffness joints built using geared mechanical metastructures

In this communication, we design and analyse Sundoli, a necrobot (a bionically engineered robot using decreased animal parts). Sundoli is manufactured using a crow endoskeleton, supported and rearticulated...

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