The Future Is Here Today...Robots, Genetics, AI, Longevity, Singularity

David Hanson (right) wants to create robots that show emotions.

David Hanson (right) wants to create robots that can understand and display emotions.

Are the robots of the future going to be cold-hearted automatons or loving empathetic androids? David Hanson, founder and head of Hanson Robotics, is working to make sure that robots know how humans are feeling, and teaching them to mimic those emotions. Over the past eight years, Hanson has created over 20 life like synthetic faces, disturbingly real replicants, that seem to talk and respond as if they were human. Check out the robotics genius’ awesome facial hair during his quick five minute presentation video from TED 2009 below.

I often debate with people about whether or not computers and robots will ever reach or exceed human intelligence. There are many who believe that the human mind and spirit is simply too complex and beautiful to be replicated in a machine. Our emotional intelligence, they say, is beyond the reach of any artificial intelligence. I think Hanson’s presentation points to the possibility that robots will in fact be able to achieve some level of emotional intelligence. His robotic ‘characters’ can follow human faces, and mimic their expressions. Working with the Machine Perception Lab at UC San Diego, Hanson will create robots that can correlate key movements of your face with emotional states. These are the first steps towards emotional acuity, as demonstrated by human infants every day. Along with projects like iCub, Hanson’s work could help build robots that learn like children. Hopefully they will develop into robots that know how to care for others.

Read More

You know you live in a crazy age when blockbuster movies look like they might come true. Next month marks the debut of the scifi film Surrogates, starring Bruce Willis and adapted from Robert Vendetti’s comic series of the same name. The movie follows a police officer who lives in a future where everyone (including him) is a remote controlled android called a surrogate. You can feel everything that this robot does, but without any worries about danger. Pretty far-fetched, right?

Will the world of Surrogates come true?

Will the world of Surrogates come true?

Well, a new micro-documentary on Wired.com is questioning just how much fiction there is in this science. With commentary from the director and some key experts in the field, The Science-Fact Behind Surrogates is out to show that the technology we have today is laying the foundation for the reality of the film. Watch the micro-documentary video after the break.

Surrogates is set in the year 2054, when everyone stays at home and sends beautiful android versions of themselves out into the world. It’s the ultimate form of telepresence, and futurist Dr. James Canton believes it could happen in the next decade or so. Canton isn’t the only expert weighing in during the documentary. Anybots, which the hub covered previously, make robots that operate through telepresence and demonstrate that humans can already interact through their artificial minions.

Read More

If Disney’s Hall of Presidents upset you, if Chuck E. Cheese and his friends frighten you, if the TV show Dinosaurs gave you nightmares – don’t read this post! Hanson Robotics is in the business of creating life-like animatronic faces and they’ve gotten disturbingly real. Complex emotions play across the visages of these robotic replicants and if you’re not careful you’ll soon buy into their reality. Check out the videos of Hanson’s creations after the break.

What makes a robot smile?

What makes a robot smile?

Dr. David Franklin Hanson, Jr , the founder of Hanson Robotics, owes much of his success to Frubber. Frubber is a revolutionary material with a porous structure that allows it to move similarly to human tissue. Previously used materials were too heavy and too stiff. Using Frubber, Hanson can create a wide range of realistic facial expressions while cutting the need for powerful actuators. Typical applications using Frubber consume more than 20 times less power than with traditional materials. A realistic face and neck can run for hours using just a few AA batteries.

Read More