While for most of us, happy blog readers, access to electricity is taken for granted, things are quite different in developing regions of the world. In India for example, over 65% of the population still lives in rural villages where electricity supply is very limited. If an electricity grid is at all available, it is typically very unstable.
Since electricity is known to be an engine for development, it makes sense to bring electricity to the rural villages of India, however, these rural areas cannot rely on the top down grid-electricity solutions. Local energy generation and concepts for distributed energy networks are more promising.
Marcel van Heist, designer and recent graduate at the Next Nature Lab at Eindhoven University of Technology went to India with the goal to introduce distributed energy solutions in rural areas. After investigating the established Kerosene based energy models, Marcel came up with an alternative based on solar powered LED lamps built from locally available materials. Here’s how.
Tokyo University of Electro-Communications, revealed SHIRI (? = “buttocks”), a “Buttocks Humanoid That Represents Emotions With Visual and Tactual Transformation of the Muscles.” It was made by Nobuhiro Takahashi’s team, known for his robotic kissing machine.
Previously, experiences of time emerged from nature as given – offering seasons, the rhythm of humans, plants and animals. Nowadays, people integrate nature-time, body-time, inner-time, clock-time, and global 24/7 systems-time. Human beings, in past, current and next natures, have to deal with emergence and design of time in order to survive.
By CAROLINE NEVEJAN
To think about how future new worlds are visualized, assumes that these images reveal how life in decades to come will be shaped. These visualizations offer insight into today’s imagination of next natures and next cultures to come. However, in these visualizations ‘time’ as a process of emergence and design, is often forgotten. This essay argues that time design is distinct in any next nature that will emerge.
Like with pets and babies, we seem to like it when devices mimic our behaviour and social patterns. In the process of domesticating technology, we teach products to behave like ourselves. But we all know that almost every learning process starts with copying…
Earlier this year we have written about Siri, a relatively new feature in Apples iOS that allows users to control their iPhones with their voices in a quite convincing way. Especially the ‘intelligent’ answers Siri gave to questions stole many
Where religions promise their believers a life after death and cryonics also needs a kind of belief in future technological development, designers James Auger and Jimmy Loizeau are working on a project providing reassurance on life after death.
After death the human body is assimilated back to its basic building blocks: the elements. The Afterlife concept intervenes in this process by saving the energy that is released during the assimilation. This energy is contained in an ordinary dry cell battery which can be used according to the last wishes of the deceased.
Did you know that phones were once used for calling up our (human) friends? Researching the beginning of it all, we came accross demo video’s on the cloud called “internet” where people showed off how they tricked the first Siri-AI-devices into saying epic things like: “I don’t do knock knock jokes”. But the reason why this technology took such a leap, has everything to do with human “features” like personality, compassion and trust. From that moment in time, objects made from steel and glass have become our soulmates… our friends… our personal assistents… our pets… our slaves… Or were we theirs? Were we the ones being tricked?
Yes. We came to trust them because they were made to our image. They talked like our mothers and shared our brains and limbs. They could sense it if we were lonely and then played us music or said nice words. They tucked us in at night and woke us up the next morning.
Knock, knock! Species of the world, you are not alone. Matter is alive and there is plenty out there.
By hooking up a commercially available EEG headset to a Nokia N900 smartphone, Jakob Eg Larsen and colleagues at the Technical University of Denmark in Kongens Lyngby have created a portable system to monitor neural activity of the brain. Wearing the headset and booting up an accompanying app, creates a simplified 3D model of the brain that lights up as brainwaves are detected. The brain-image can be rotated by swiping the screen. Furthermore, the app can connect to a remote server for more intensive data-processing, and then display the results on the cellphone. The system might assist people with conditions such as epilepsy, attention-deficit hyperactivity disorder and addiction. One small step for science, but a giant leap for health care. Source: newscientist.com