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<\/a>Remember those giant hybrid kaiju-fighting robots from Pacific Rim where the brain of a kaiju (strange beast in Japanese) has successfully infected the mechanical brain of the robots and turned human’s greatest defense against them ? Well, it turns out, the boundary between science fiction and reality isn’t as far as we thought. A researched field “Necrobotics” has taken the world by storm and it is so new that Google is still highlighting “Necrobotics” as red. Imagine a world where nature’s most complex design is integrated into human’s innovation, leading to the most incredible biohybrid systems. If you are drawn the future application of this field or the potential harmony between biology and robotics, you’re in for a treat. In this blog post, we’ll be exploring the existing researches within Necrobotics and the future outlook on this unique field.<\/p>\n\n\n\n
Necrobotics, a term derived from “Latinized form of Greek nekros<\/a>” (relating to death ) and “robotics,” may sound a tad bit eerie, but it’s far from sinister. In fact, it’s all about bringing life to machines. The heart of the research is focused on producing biohybrid system that utilizes the intricate abilities of a living organism while combining with the precision and flawless decision making skills of a robot. Similar to our natural world, it draws inspiration from our environment such as the symbiotic relationship of Bees feeding on a flower’s nectar while carrying its pollen from plant to plant. <\/p>\n\n\n\n So, why should you be interested in this intersection of biology and technology? The applications are nothing short of astounding. One day, we will have biohybrid robots aiding in disaster relief events, enhancing our healthcare capabilities and assisting us in answering humankind most complex questions. These robots are able to mimic natural organism abilities, making them more adaptable, versatile, and resilient than conventional robots. From robotic limbs that respond to neural signals in the body to machines that slither like snakes, Necrobotics are in prime position to push humankind to the next level. <\/p>\n\n\n Scientists and engineers have developed a variety of technology by studying organisms that have evolved over millennia of evolution. These technology include surface wettability modification based on lotus leaves and Namib beetles<\/a>, adhesion mechanisms that mimic gecko toes<\/a>, and even sensing for smart materials by imitating the color-changing chameleon<\/a> and the humidity-sensitive pine cone.<\/a> In order to inform the design of robots and actuators, researchers have also taken inspiration from the locomotion of aquatic and terrestrial animals, such as starfish, jellyfish, and cephalopod<\/a>. Here is a famous example of dead spider corpse used as a mechanical claw. <\/p>\n\n\n\n![\"Gecko](\"http:\/\/sites.nd.edu\/biomechanics-in-the-wild\/files\/2023\/10\/pq1922527002-1024x774.jpeg\")
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