So, you are well aware that biotech will drive our evolution, you took the crash course on synthetic genomics, you’ve got your map of the DNA world in your backpack and are now eager to redesign some microbes that turn waste into energy, eat plastic, detect flu, or build a better being altogether? You have a brilliant project plan already, but only need some – let say– euro 25.000 and a bit of help from a research group to turn your vision into reality? We have cake for you.
Twitter is steadily growing its user base. Recently 338 sharks in Western Australia subscribed to the microblogging service. They are now tweeting out where they are.
Australian researchers have tagged 338 sharks with acoustic transmitters that monitor where the animals swim. When a tagged shark is about half a mile away from a beach, it triggers a computer alert, which tweets out a message on the Surf Life Saving Western Australia Twitter feed. The tweet notes the shark’s size, breed and approximate location.
Prosthetic limbs controlled by the power of thought already exist. But what if they could also sense the environment and send information to the amputee’s nervous system?
We talked about the Electric Skin and the Nano Skin, that are able to pick up on tactile information. But the new artificial skin designed by scientists in South Korea may be the smartest one. It’s stretchy, like real skin, and it can sense pressure, temperature, and humidity. It even has a built-in heater so it feels like living tissue.
People have complex relationships with their own (and other’s) bodies. In Traditional Chinese Medicine (TCM), it is believed that your feet are a map of your body and can provide valuable information about your physical condition – when you are able to read them, of course.
Some people experience ghost limbs that have long been amputated, or have out-of-body experiences, whereas prosthesis can feel completely natural. On the other hand, many people experience a sense of detachment, or alienation, by the technology that surrounds them. Will we ever experience technology not only as extensions of our body, but as part of our body? Peculiar image by Lieke de Blank.
A team or Harvard researchers developed a self assembling swarm of 1000 robots that can form any shape. Inspired by flock behavior in old nature – think birds, fish or ants – the scientists created an algorithm that allows a flock of simple robots to assemble in any given shape.
The researchers expect that in the future such swarms of robots could help cleaning oil spills, provide immediate emergency help at a disaster site, or guide millions of self driving cars.
The fully automated robotic kangaroo, has the ability to efficiently recover the energy when jumping, store it and use it for the next jump, just like the real animal. In fact, its energy-efficient jump kinematics is based on the natural model.