Robot of the Week

A musician has harnessed the power of two Nintendo Wiimotes to become a cyborg percussionist with the robo-band Jazari. His playing of one drum machine can evoke an automated response from another, so that he can go around the drum circle in a beautiful display of human-robot improvisation.

In the name of science and sport -- and presumably to highlight its sponsorship role in the 2010 FIFA World Cup -- motor oil company BP Castrol constructed this massive auto-engine-powered kicking 'bot that can boot a soccer ball past (or through) goalies at a whopping 128 miles per hour.

Oh, behave!:  Science Nation/National Science Foundation

The sage grouse, which is sort of like a more interesting type of chicken, has long captivated scientists as well as tourists because, of its elaborate mating habits. A group of researchers have infiltrated the grouse world using a custom-designed "fembot" -- a robotic bird on wheels with a camera nestled in her breast.

Using an air jet to make a ball appear to levitate is an old physics lab trick; the air rushing around the ball traps it in a low-pressure pocket. But guiding "floating" balls through an obstacle course of hoops, making asymmetrical objects like apples and water bottles float as carefree as perfect spheres, or launching balls across a room with precision accuracy? That's impressive.

Advances in robotics have lead to automatons that can do everything from ski to open doors to help the elderly.

Not since RoboCop has being a cyborg seemed so very cool. University of Chicago geoscientists are developing an artificial intelligence system that future Mars explorers could incorporate into their spacesuits to help them recognize signs of life on Mars' barren surface.

While it lacks the subtle charm of Alberto Tomba, this robot is just as much at ease flying down a slalom course. Designed by Bojan Nemec of the the Jozef Stefan Institute in Slovenia, the robot utilizes two computers to stay upright and pointed downhill.

Performing live at CEATEC, everyone's favorite catwalk model bot has been loaded with Vocaloid software (Rin), enabling her to croon sweet pop songs.

The rescue robot with a teddy head has gone through nine different prototypes on its way to becoming a rugged battlefield medic for the U.S. military. Now new prototypes of BEAR can lift a quarter of a ton, while balancing gracefully on their treads.

Vecna Robotics hopes that BEAR (Battlefield Extraction-Assist Robot) can eventually find and rescue humans in any number of hazardous situations, ranging from bullet-torn battlefields to chemical accident sites and earthquake-damaged buildings.

It takes a village to raise a robot. At least, that's the belief of the creators of iCub, a humanoid robot the size of a 3-1/2-year-old child, who are making its development entirely open-domain.

The iCub is the brainchild of a group of European universities led by the Italian Institute of Technology (IIT) in Genoa, who have been charged by the European Commission to develop a functioning humanoid child. They developed a 2-1/2-foot-tall, 70-pound robot child with 53 mechanical joints that allow it to move its head, neck, arms, fingers, eyes and legs. It can also feel with its fingertips, grip with its hands, and listen.

Encountering a swarm of genuine sewer-dwelling rats would send the average human screaming and jumping up onto the nearest chair, but there's nothing to fear -- and everything to admire -- about the latest plague of ratbots being developed in robotics labs around the world.

Combining two of Japan's greatest strengths, a noodle-shop-owning electronics wizard has invented a robot that can make the perfect bowl of ramen.

It took the 60-year-old shop owner Yoshihira Uchida about 20 million yen and five years to develop the ramenbot. Now customers of his shop, Momozono Robot Ramen, in Minami-Alps, a town 90 miles from Tokyo, can customize their broth, adjusting everything from the levels of soy sauce and salt to the richness of the soup. There are reputedly 40 million different possible flavor permutations.

There's something magnificently creepy about this tiny bot, just one millimeter wide, developed at Israel's Technion University. Maybe it's the resemblance to a twitching tick or flea, or the fact that it's so small there could be insectile bots all around you right now and you'd hardly notice. (The robot, called Virob, has no internal power source--it derives its power from external magnetic fields.

Or maybe it's that the bug is designed to infiltrate human veins, autonomously crawling around our circulatory systems, taking pictures and poking its feelers where no 'bot has gone before.

Summertime, a cocktail party, stiff drinks -- what's missing? If you're a futuristic type, then the clear answer is: the newest butlerbot.

If there's one thing the world doesn't need more of, it's rats. But try telling that to the researchers at France's Institute for Intelligent Systems and Robotics (ISIR) who have thrown themselves into designing a realistic ratbot capable of scuttling around on tiny wheels, seeking food, avoiding dangers and presumably scaring the bejeezus out of innocent humans.