Watch how a US robotics firm trains a dual-arm robot to fold a towel autonomously using vision and human demonstrations.
Here’s a fun build from [RootSaid] that is suitable for people just getting started with microcontrollers and robotics — an Arduino-controlled two-wheeled robot. The video assumes you ...
Tesla CEO Elon Musk today reposted a video of a Chinese concert performance on social media platform X, captioning it ...
1. Joints - The Foundation of Movement Joints are the moving links in a robotic arm. They let the arm bend, rotate, or change ...
Abstract: Understanding human intention plays a crucial role in the research of human-robot interaction (HRI) for service robots. Although multimodal sensing methods have shown promising results in ...
A former engineer at the humanoid robotics firm Figure AI has sued the company, alleging they were fired for raising a critical safety issue, CNBC reports. The principal robotic safety engineer, ...
In a new demo released by researchers at the RAI Institute in Cambridge, Massachusetts, two robots have learned to play baseball. The machines played catch with each other and hit the balls with a bat ...
Uber Eats is partnering with sidewalk delivery robot company Starship Technologies to deliver food in the U.K. starting later this year. The companies will start the service in the Leeds and Sheffield ...
Security forces in Nepal used disproportionate force against youth-led protests on September 8, 2025, indiscriminately firing on protesters multiple times. On a second day of violence, people, some ...
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Creepy robot moves using 1,000 artificial muscles
The technology experts at Digital Trends reveal a creepy robot that moves using 1,000 artificial muscles. House Unanimously Passes Bill To Shut Down Senator Payday Over Jan. 6 Probe Kevin Spacey says ...
Memo may not be the world’s fastest barista, but it is impressive—for a robot. I recently watched as Memo, a new home robot from a company called Sunday Robotics, made coffee in an open-plan kitchen ...
Abstract: This paper presents a user-adaptive variable impedance control approach for robot-aided rehabilitation, initially focusing on an ankle rehabilitation application. The controller dynamically ...
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