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The Design Museum has just announced the contenders for the sixth annual Designs of the Year. And what their furniture shortlist lacks in comfort, it makes up in raw ingenuity. 100 Chairs. Marni designers have reworked the patterns and color palettes of traditional Colombian chairs woven from PVC threads to create a desirabl
stanley usa e, one-off range, which has been produced by Colombian ex-prisoners. Designed by Marni Photo: Marni A-Collection. Fabricated from oak and beech, the motivation for the series was an old wooden university trestle chair by architect Berndt Pedersen. Designed by Ronan and Erwan Bouroullec for Hay. Photo: bouroullec Corniches. The idea arose from the need for small storage spaces to keep small items. Corniches are neither regular shelves nor simple horizontal surfaces, but rather individual, isolated protrusions in the environments that we create. Corniches are a new way to use the wall in living spaces. Designed by Ronan and Erwan Bouroullec for Vitra
stanley website . Photo: bouroullec Engineering Temporality. Using small circular tubular steel to semi-cover over existing objects including cabinets and chairs, Tuomas Markunpoika burnt away the sculptural piece, leaving the charred steel structure behind. Inspired by the designer grandmother fight with Alzheimers, Engineering Temporality evokes the ideas of vanishing memory. Designed by Studio Markunpoika. Photo: markunpoika Future Primitives. This collection of shelving units, in var
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When it comes to insect flight, we usually only think about how the insect wings contribute to aerial stability. But scientists have now discovered that the abdominal movements of some insects also pla
stanley cup y a large role in flight control, particularly when hovering 鈥?a finding that could lea
stanley cups uk d to improved aerial drones. Scientists often take cues from nature when building robots. And given that an insect wings provide the lift and thrust forces necessary for flight, they ;ve bee
stanley polska n the focus of a lot of research. But biologists have long wondered if insects also use their abdomens to help with flight control. After all, numerous studies have documented tethered insects making exaggerated abdominal movements in response to changes in their visual environment. Some scientists have speculated that the insects employ their abdomens, which make up a good portion of their bodies, as steering rudders. That is, by moving their abdomens in one direction or another, insects can increase the drag forces on parts of their bodies, helping them to turn. Alternatively, an insect may move its abdomen during flight to shift its center of mass relative to its center of lift, creating a moment of inertia that essentially counteracts the rotation the insect may be experiencing from, say, a gust of wind. But nobody has ever tested whether either of these theories is true, or if the observed abdominal movements are merely a result of being tethered. So a group of biologists and engin
