Latest Updates
-
Solo Travel As A Mid-Year Reset: What Indian Millennials Are Learning From Stepping Away Alone In 2026 -
Typical Home Style Chicken Chilli Recipe: A Comforting Classic -
Alia Bhatt’s ₹1,999 Blue-Tiered Dress In ‘Alpha’ Teaser Proves Style Doesn’t Need A Luxury Price Tag! -
Mexican Style Bloody Mary Recipe: A Bold Twist -
Ishita Dutta And Vatsal Sheth Finally Reveal Daughter Veda’s Face On Her First Birthday, Win Hearts Online -
No Dustbins, No Litter: How Phadamchen, Sikkim Became A Model For Rural India -
How Yoga Became a Global Movement: The Eight Principles Behind the Practice -
Real Temperature vs Feels Like Temperature: What's The Difference And Why It Matters -
International Yoga Day 2026: Common Yoga Myths That Need A Reality Check, According To An Expert -
FSSAI Issues Fresh Warning Against Newspaper Food Packaging After Mumbai Crackdown
Robot To Mimic Human Faces

In the pursuit to create a more 'life-like' robot, researchers have created a realistic robot head that can mimic human facial expressions, thus making communication more human-like.
Robotics engineers at the University of Bristol, UK, actually made a copycat robotic head, called Jules, which can mimic the facial expressions and lip movements of a human being. Jules is an animatronic head produced by US roboticist David Hanson, New Scientist reports.
Hanson builds uniquely expressive, disembodied heads with flexible rubber skin that is moved by 34 servo motors. A video camera picks human face movements, and then maps them onto the tiny electronic motors in Jules'skin.
The researchers developed their own software to transfer expressions recorded by the video camera into commands so that the servos produce similarly realistic facial movements. But, as the robot's motors are not similar to human facial muscles, the researchers filmed an actor making a variety of expressions indicating, say, "happiness."
Then, an expert animator selected 10 frames showing different variations of the expression and manually set the servos in Jules's face to match. Later, the researchers created software that can translate what it sees on video into equivalent settings of Jules's facial motors. Now, the robot can do this in real time, at 25 frames per second.
This the first copycat robot heads with realistic human-looking faces. As human communication is very much dependent on facial expressions, robots that can mimic them well can find much wider application. He has speculated that this would make them useful in healthcare settings, such as nursing homes.



Click it and Unblock the Notifications