Scientist 3D printed a Star Trek USS Voyager spaceship that is smaller than the width of a human hair.

Scientists at Leiden University in the Netherlands have created a 3D-printed version of Star Trek's USS Voyager spaceship that measures a ultra-tiny 15 um (micrometers) long. By comparison, the width of a human hair is 50 um. The USS Voyager spaceship is so tiny, it can only be viewed through a microscope! Microswimmers Scientists create microscopic models so they can study "microswimmers". Microswimmers are important because they will one day lead to tiny swimming robots that can be turned loose in the human body to repair tiny injuries or deliver drugs to a precise location inside the body. Because they are so tiny, microswimmers face a variety of challenges that scientists must solve. For instance, their small size and shape means they are impacted by the fluid's viscosity

Meet the new Atlas robot and see how well it reacts to bullying

Boston Dynamics continues to blow us away with its amazingly lifelike robots and such is the case with the newest version of the Atlas robot. Atlas is a humanoid robot made by Boston Dynamics (the makers of the ever-popular BigDog military robot). Atlas can walk on two legs and use its “arms” to lift, carry, and climb (and maybe one day, fight back against robot bullies).  Atlas is even sophisticated enough to adjust and navigate through tight, cluttered places. Atlas features 28 hydraulically-actuated degrees of freedom and a sensor head with cameras and a laser range finer (LIDAR). It stands 5 feet 9 inches and weighs 180 pounds (compared to its 330-pound predecessor, that’s lightweight). There are several Atlas robots being manufactured. Check out the video below

Join the movement – stop the abuse of robot dogs!

  Regular visitors to Reeko’s Mad Scientist Lab know Reeko loves robots. In fact, he’s pretty much fanatical about Boston Robotics’ four-legged dog robots (fanatical enough that some of us are beginning to worry). Check out the amazing video below which features a public service announcement call-to-action to stop the abuse of robot dogs.  Join the movement! #stoprobotdogabuse   Funny video–stop robot dog abuse   Weighing in at 160 pounds, these wonderful robot dogs are able to run, climb stairs, jog next to its owner, and even recover its balance after being kicked! The robotic dog uses cameras and sensors to help it navigate over rough, uneven terrain. It can recognize humans and other robotic dogs and we think, but are not totally sure, that it can even pee on

Forget throwing stuff at it while you flee – this robot can catch anything you throw at it

When the robot invasion starts (when robots take over the world and enslave the human race), proper robot self-defense is going to be difficult – especially now that we find out we can’t throw rocks, furniture, or small children at them while we flee. You see, this amazing robot can catch anything you throw at it. The armature of this robotic arm has four fingers and a three-jointed hand that can react at a blazing 5/100ths of a second. The software on this EPFL-developed robot allows it to be “taught” how to catch by a human. A human moves the robot’s arm around manually until it “learns” how to catch the object. Then the robot uses its camera-based tracking system, which tracks trajectory, speed, and rotation of

ASIMO (the robot) has learned some new amazing tricks!

ASIMO is a remarkable humanoid robot built by Honda that  looks a bit like a kid in a spacesuit.  He is often shown off at trade shows in order to convince people that robots will not revolt and take over the world. So far, ASIMO can run (meaning he can chase you down!), climb stairs (meaning there’s nowhere you can hide!) and screw the lid off of a bottle (meaning he can twist your neck!). And he can kick a soccer ball and dance. What ASIMO can do Scientists at Honda started making the ASIMO robot in 1986 and have been working on him for over 25 years. They began by teaching him how to listen to commands and slowly added new features over time. Today, ASIMO

Scientists replace man’s lost arm with robotic drumming arm – meet the world’s first human-cyborg drummer!

No replacement for a lost body part is going to be as good as the original (at least not yet), but in special cases, such as with professional drummer Jason Barnes, scientists can come pretty close. Jason lost his arm after an accident at his job and afterward found that, although he could still play his drums, it just wasn't quite the same as before. Jason had long dreamt of being accepted to the Atlanta Institute of Music and despite his unfortunate accident, refused to give up his dream of being a professional drummer. After talking to a few friends about his problem, he was put in touch with the Atlanta Institute of Music and Media who set to work on not only getting Jason back

Robotics, Robots, and how they’ll take over the world

[sc:commonscripts] In simple terms, a robot is a mechanical device that is intended to do the work a human would normally do. Robots can be as simple as a mechanical arm that helps assemble cars in a car assembly plant, or as complicated as a two-legged mechanical robot that looks very much like a real person. Robots are getting more and more sophisticated each day. The robot above is named ASIMO. He was created by Honda and is a little over 4 feet tall. He can walk and even run on two legs. Asimo can recognize moving objects flying through the air. He can recognize people’s faces and greet them by name. He can distinguish sounds and “hear” too. Asimo, like most robots, is made possible