Humanoid & Social Robotics
Robots designed around human environments, movement, communication, collaboration, and assistance.
FIELD OF INQUIRY
Robotics
Exploring machines that sense, move, manipulate, assist, manufacture, and explore—and what changes when robotics is combined with artificial intelligence.
Industrial Automation
Robotic arms, warehouses, manufacturing cells, inspection systems, and increasingly flexible automated work.
Medical & Assistive Robotics
Surgical systems, rehabilitation devices, prosthetics, mobility assistance, and technologies that extend human capability.
Autonomous Systems
Robots, vehicles, and drones that combine sensors, control systems, mapping, planning, and varying degrees of autonomy.
Agricultural Robotics
Precision planting, monitoring, weeding, harvesting, field sensing, and automation for future food systems.
Crossover: Future Agriculture →Space Robotics
Rovers, robotic arms, autonomous explorers, construction systems, and machines that can work where humans cannot easily go.
Crossover: Space & Colonization →AI & Embodied Intelligence
How perception, language, learning, planning, and decision-making can give physical machines more adaptable behavior.
Crossover: AI & Machine Intelligence →Human–Robot Collaboration
Safety, trust, ergonomics, oversight, shared workspaces, and designing robots to complement rather than simply replace human abilities.
EDITORIAL APPROACH
Separate capability from hype.
Robotics advances quickly, but impressive demonstrations do not always equal reliable everyday deployment. MKP will distinguish established systems, active research, plausible future applications, and speculation while linking robotics to AI, medicine, agriculture, manufacturing, education, and space exploration.