Meet the magnetic ‘microrobot’ that could change how we deliver medicine In a nutshell Scientists developed microscopic ...

在群体自主性表现方面，基于团队开发的TGI控制算法，跟随者的自主性平均达到0.5，而在传统控制下领导者的自主性平均为0.26。这表明所提出的算法能够显著延长昆虫的自由运动时间，从而有效减轻昆虫对刺激的适应性，节省背包电池电量，并延长群体的使用寿命。

Why are NASA and CIA scientists making robot insects? They’re small, they’re mighty, and they might just save your life!

To meet the escalating demand for skilled professionals in this transformative domain, the Indian Institute of Technology ...

The cyborg insects are designed to improve their ability to navigate complex terrains without becoming immobilized ...

However, research on these microrobots is still at an early stage. The robots still require external magnetic control and cannot move autonomously in complex environments, such as human arteries. Mass ...

The swarm can climb an obstacle that is five times taller than the body length of a single microbot. A large swarm of 1000 densely packed robots formed a raft that floated on water and wrapped around ...

LG Electronics said Friday it would become the largest shareholder in Bear Robotics by exercising a call option to acquire an additional 30 percent stake in the US-based robotics firm. The decision, ...

The initiative seeks to equip professionals with advanced skills to address the growing demand in the robotics sector, promoting innovation and leadership in a technology-driven world.

To help make this idea a reality, MIT researchers are developing robotic insects that could someday swarm out of mechanical hives to rapidly perform precise pollination. However, even the best ...