Scope

Embodied and Biomimetic Intelligence is an international, peer-reviewed, multidisciplinary, open access journal aiming to provide a dedicated forum for research on biologically inspired sensing, computing, materials, devices, systems, and intelligent agents. The journal focuses on how principles from biological systems can inspire new forms of perception, computation, adaptation, control, collective coordination, human-machine symbiosis, and embodied interaction in artificial and hybrid intelligent systems.

The journal particularly encourages submissions that go beyond single-device, single-algorithm, or single-robot demonstrations and instead provide clear links across biological principles, sensing mechanisms, computational architectures, physical embodiment, collective behavior, human-machine interaction, and real-world system validation.

It welcomes original research articles, reviews, perspectives, methods papers, benchmark and dataset papers, and system-level demonstrations that bridge biomimetic design, intelligent sensing, neuromorphic and in-sensor computing, soft and bio-inspired robotics, collective embodied intelligence, human-machine symbiotic systems, and embodied artificial intelligence.

The subject areas include, but are not limited to:

Ÿ Bio-inspired and biomimetic sensing, including visual, tactile, auditory, olfactory, gustatory, flow, magnetic, thermal, and multimodal sensing

Ÿ Neuromorphic sensing and event-based perception, including event cameras, dynamic vision sensors, spike-based sensory encoding, bio-inspired sensory processing, neuromorphic sensory processing, and brain-inspired perception

Ÿ In-sensor and near-sensor computing, including sensor-memory-computing integration, edge sensory intelligence, low-power perception, and adaptive signal processing

Ÿ Biomimetic materials and devices, including electronic skin, flexible sensors, soft sensing materials, bioinspired structures, neuromorphic devices, memristive devices, synaptic transistors, and bioelectronic interfaces

Ÿ Bio-inspired and neuromorphic computing, including spiking neural networks, brain-inspired architectures, adaptive learning, synaptic plasticity, reservoir computing, and biologically plausible computational models

Ÿ Embodied intelligence and embodied AI, including perception-action loops, sensorimotor learning, physical intelligence, adaptive control, real-world interaction, and environment-aware intelligent systems

Ÿ Soft robotics and bio-inspired robotics, including soft actuators, bio-inspired locomotion, manipulation, morphing structures, self-adaptive robots, and robots with integrated sensing and control

Ÿ Swarm intelligence, collective coordination, and multi-agent embodied systems, including distributed sensing, collective perception, cooperative control, swarm robotics, self-organization, bio-inspired collective behavior, and embodied multi-agent intelligence

Ÿ Human-machine symbiosis and human-centered embodied intelligence, including human-machine interfaces, human-robot interaction, wearable and assistive intelligence, neural interfaces, prosthetics, cyborg and bionic systems, shared autonomy, and healthcare-oriented intelligent sensing systems

Ÿ Wearable, implantable, and biointegrated intelligent systems, including flexible bioelectronics, implantable sensors, body-integrated sensing and computing, smart prosthetic systems, and biohybrid intelligent interfaces

Ÿ Biomimetic autonomous systems, including aerial, terrestrial, underwater, and microrobotic systems inspired by biological organisms, sensorimotor adaptation, or collective intelligence

Ÿ Closed-loop intelligent systems that integrate sensing, computing, control, actuation, learning, and environmental feedback

Ÿ Applications of embodied and biomimetic intelligence in healthcare, rehabilitation, environmental monitoring, smart manufacturing, intelligent materials, unmanned systems, human-machine interaction, and extreme-environment operation

Ÿ Benchmarks, datasets, evaluation protocols, and reproducible platforms for bio-inspired sensing, neuromorphic perception, embodied intelligence, collective embodied systems, and biomimetic robotic systems

Embodied and Biomimetic Intelligence

Volumes & Issues