Drones were initially known to be adopted in the military field, for air-patrolling and attack missions. Nevertheless in the late years they are having a great role in completely different and wider fields, such as deliveries, weather control and entertainment. Recently British company BioCarbon Engineering developed a new ingenious way to exploit drones: reforestation.
While traditional wood milling forces trees into straight rectangle shapes, novel smart milling techniques allow for industrial-scale manufactured hardwood flooring that follows a tree’s growth.
When Gavin Munro was playing in his garden as a young boy, he noticed that an overgrown bonsai tree had the distinct appearance of a chair. Soon after, he got a spinal graft, requiring him to wear a back brace to heal and align his bones: “There were long periods of staying still, plenty of time to observe everything going on and reflect” he recalls.
Today Munro is creating a farm where planted trees can be grown around braces and harvested as fully formed chairs, sculptures, lamps, and tables.
In both vases pictured, you can put your flowers into water. Both are analogue objects. The manufacturing process is the analogue/digital difference in this case. The vase pictured at right is a 3D printed vase, completely digitally processed by a 3D printer. It is believed that in the near future we will all have a 3D printer at home. Will we be giving them commands to print our home accessories, food or maybe even our own organs?
From the Analogue vs Digital Memory Game
The technology behind artificial reproduction is at a level that was unimaginable decades ago, we can now use artificial insemination or in vitro fertilization to create babies without having actual sex. In the future, according to researcher Dr Paul Turek and his team, we could go a step further and use artificial testicles to produce sperm cells.
The multi-disciplinary conference is co-organized by Professor Matthew Tucker and Professor Christine Baeumler at the University of Minnesota. The event will bring together professionals from various disciplines to meditate on how the global environmental problems of the Anthropocene change our involvement with nature. The discussion will include post-industrial feral landscape ecology, eco-toxic tourism, manufactured urban ecosystems, post-natural disaster resiliency planning, hypernature and technology, and genetically modified environments.
The symposium is free and public, so make sure to drop by if you live around!
Next Nature @ Nature 3.x: Where is Nature Now?
Saturday, April 18 5 pm – 6 pm
U of MN Northrop Best Buy Theater, Minneapolis, USA
From buildings to artificial organs, 3D printing has the potential to print almost anything. However, one of the biggest limits of 3D printing is its slow printing speed. The current 3D printing technology prints an item by constructing them layer-by-layer, a process which can take several hours.
A team of researchers at UNC-Chapel Hill recently developed a new method that can reduce the printing process down to minutes.
Tuberculosis might sound like a thing of the past but it is still a serious problem, causing an estimated 1.3 – 1.5 million deaths in 2013 alone. The main root of tuberculosis is infected cattle, which is transferred to humans via consumption of unpasteurized dairy products. However, it has recently been announced that genetic modification allowed scientists to produce cattle resistant to tuberculosis.