As a trend, home gardening is explosive. TerraFarms are a space-efficient choice that use no pesticides and 97% less water. The Ogarden system is completely hassle-free and can grow up to 100 herbs and vegetables a month. However, home gardening isn’t practical everywhere — especially in colder countries. Engineers at the German Aerospace Center are now helping snowed-in communities garden, with an Antarctic farm that can grow veggies below zero.
Called the Eden-ISS, the farm exists inside a climate-controlled shipping container. The greenhouse relies on a technique called vertical farming, in which food grows on trays or hanging modules under LEDs instead of natural sunlight.
The farm is only 135 square feet and can grow vegetables in huge amounts. Amazing, considering the only means of transportation for produce deliveries is by ship or plane. Researchers plan to grow some 30 to 50 different plant species. In short, the new technology is beating the odds.
Over the past 100 years, Arctic temperatures have increased at nearly twice the global average, making it possible to grow crops in once-desolate places like Yellowknife in Canada and Greenland.
On a more impressive note, temperatures in the area can plunge as low as -100 degrees Fahrenheit. I didn’t even know it was humanly possible to exist under such conditions. Lesson learned: never underestimate the power of innovation.
If robots have become capable of performing complex surgeries, surely they can begin to replace traditional doctors. Such is the case with Xiaoyi, a machine that recently passed China’s medical licensing exam.
“Since 2013, more than half of the questions in the test are about [patient] cases,” [said engineer] Wu [Ji]… “So it’s impossible to purely rely on memorising and searches.”
To earn a score of 456 out of a perfect 600, developers programmed Xiaoyi to link words and phrases. In doing so, the “Little Doctor” learned to reason — an impressive but also intimidating feat.
“What it can do most at present is make suggestions to doctors, to help them identify problems quicker and avoid some risks,” Wu said.
Still, Xiaoyi won’t be flying solo anytime soon. After all, there’s nothing like the reassurance you get from a human being — especially when they’re holding a needle!
It goes without saying that solar is taking over fossil fuels by storm. Communities are fashioning panels into their infrastructure, including a Danish international school that dons a record-breaking 12,000 consoles. To work on making solar power more cost-effective, developers are creating solar blocks. However, scientists from two London universities may have found the most efficient way to incorporate solar power into homes with energy-producing wallpaper.
The solar bio-battery is part of a new type of renewable energy research known as microbial biophotovoltaics (BPV), which make use of cyanobacteria and other photosynthetic algae to convert light into electricity.
Though the process sounds daunting, all you need is a working inkjet printer. Not only is the wallpaper cheap to produce — it works as a disposable and biodegradable power tool. Technology such as biosensors will no longer require bulky devices that suit only a single purpose.
“Imagine a paper-based, disposable environmental sensor disguised as wallpaper, which could monitor air quality in the home. When it has done its job it could be removed and left to biodegrade in the garden without any impact on the environment.”
If that’s what scientists are promising, I sure do hope we won’t have to imagine any longer.
Parkinson’s is truly a difficult and debilitating disease. There is no known cure, but researchers have made some promising attempts. The use of pig brain cells promotes nerve cell growth and repair. Now, a smart belt and simple phone app may address loss of balance.
The Smarter Balance System takes the form of a special belt that is lined with vibrating actuators. These actuators provide customized rehab programs that map users’ movements in real time using a series of dots which appear on their smartphone displays.
In essence, the wearable acts as a virtual physical therapist. Exercises aim to improve postural stability and patients’ general confidence in completing simple tasks. Overall, the device is a pretty neat assistant.
Data collected by the system is then uploaded to an online server so that it can be analyzed by doctors and physical therapists, who can then adjust the regimen as required.
We have yet to hear word on when the Smarter Balance System will be commercially available. Until then, things continue to look up for patients of all sorts, thanks to wearable technology.
Ever since chancing upon the LooWatt, the phone-charging toilet, it seems there is more to poop than we think. While it may stink, it’s valuable in conducting energy. Organic farmer Albert Straus drives an electric dairy truck powered entirely by methane. In other words, cow excrement.
In a project that ultimately took 8 years to complete, Albert Straus and a local mechanic converted a 33,000 pound International Harvester semi-truck to an all-electric hauler… The truck’s batteries are charged with clean electricity that is generated by the methane gas produced by those same cows’ manure in the farm’s biodigester.
8 years may have been quite some time, but I am certain the wait was worth it. After all, Straus did beat Elon Musk to the punch. Not only is the use of manure as an energy source eco-friendly — it’s cheap, too. In fact, it can save farms up to $50,000 a year.
“What I’ve tried to do is create a sustainable organic farming model that is good for the earth, the soil, the animals, and the people working on these farms, and helps revitalize rural communities.” [says] Straus.
Straus is now working with others on a 20-year carbon farming plan. As for poop-powered vehicles? Straus is set on building a Farmers Market truck. Poop-tastic!
Just when we thought space teleportation was way beyond our reach, China figured it out. Now, long-awaited technologies are manifesting all over the world. This includes smart contact lenses that record everything you see.
The lenses would record images while they’re “worn on an eyeball.” The data is recorded on their own storage units.
“In a case where predetermined eyelid closure of an eyelid that is in contact with the lens unit is detected, the recording control unit records the captured image captured by the image pickup unit in the storage medium.”
If you’re a frequent concertgoer, leaving your camera behind could now be the least of your worries. However, while it may be a hassle-free perk for most, others see the device as a potential threat.
“While this really sounds futuristic, at the same time we believe that Sony’s contact lenses can cause a breach of an individual’s privacy. The person would never know that someone with such sophisticated tech can record his/her activities with just a blink of an eye.”
Luckily, Sony has time to mull over its decision, as the lenses are still on patent stage. Do you have an eye out for these smart contact lenses?
Some inventions, such as this makeshift space camera, are a testament to the ingenuity of the human mind. Others, like the Hyperface, are somewhat trivial but fascinating nonetheless. Is this paper flashlight just as clever? You decide.
Paper Torch is made from a sheet of heavy duty, water-resistant paper that’s typically used on election ballots. [Studio] Nendo then printed a circuit board using metallic ink from AgIC directly onto the paper and glued an LED bulb and two button-sized batteries to it. Electricity flows from the batteries to the bulb through the printed pattern.
If you still aren’t impressed, light intensity changes depending on how tightly you grip the device. Also, rolling either half of the paper inwards allows you to choose between two tints of light. Sweet! But is it more than a party trick?
Nendo sees potential applications for disaster relief and emergencies since the product is compact, does not require complex manufacturing, and is inexpensive to produce.
Aside from eliminating the use of plastic altogether, Paper Torch doesn’t use wire circuitry. With that being said, I’m pretty sure, if anything, we aren’t short on visionaries.
After discovering the indestructible 100 Year Hoodie, I didn’t think I’d come across anything equally as durable. Of course, the Internet is notorious for proving me wrong. Best Made Co’s Dyneema backpack claims to be stronger than steel — and only 40 are on the market.
According to DSM, the Dutch company that first manufactured the miracle fiber 27 years ago, Dyneema is up to 15 times stronger than steel and 40 percent stronger than aramid fibers such as Kevlar.
Dyneema is present in stab-proof armor, crane slings, yacht sails, boat cables, and other industrial-strength products. It’s no wonder the backpack has a plethora of mind-blowing features.
It has water-resistant zippers. It has metal hardware, a coated cotton-twill interior, a 40-liter clamshell main compartment, a reinforced laptop compartment, two large side pockets and a quick-access brain pocket.
And just like the 100 Year Hoodie, the Dyneema Patrol Pack is likely to outlive you. Manufacturing a backpack this imperishable may seem extraneous, but could be valuable to lovers of the great outdoors.
We all know the power of 3D printing. If it can produce replacement limbs for animals and even mimic brain tissue, what can’t it do? The answer is simple but equally as frustrating. 3D printing doesn’t come cheap, nor is it very fast. But this metal 3D printer, which is 100 times quicker and costs 20 times less, could change that.
Desktop Metal just developed a new metal 3D printer that is reportedly faster, safer and cheaper than existing systems.
The parts go into a “de-binding bath” that separates a substantial portion of the binding polymer. The parts then go into a sintering furnace. When the product is heated to just below the melting point, the binding agent burns off and a highly dense, sintered metal is produced.
The impressive gadget doesn’t use metal powders or laser technology, making it safer to install. But the excitement doesn’t stop there. It’s reportedly better than NASA and Boeing’s laser-melted printer.
The mass production system is built for speed and definitely delivers. It is faster than machining, casting, forging or other techniques, and each production printer can produce up to 500 cubic inches of complex parts per hour.
The entire system costs around $120,000, which is a steal compared to a $1 million laser machine. Desktop Metal is still taking baby steps, but I’m expecting nothing less than an explosion in the industry.
When it comes to tracking one’s health, there is a gadget for every fitness buff in the field. There is a technology for monitoring nearly anything, whether as part of one’s clothing or used directly on the skin. What we sometimes forget are the humbler devices that contribute directly to our fitness routines. This slick wearable hydration system called Wetsleeve may not be high-tech, but it’s a great tool for runners.
The deceptively simple concept — a forearm-length wrap that comes in three sizes and encloses a fluid-holding compartment —has several innovative design features.
The reservoir, which holds 12 fluid ounces, fits within the zippered upper portion of the sleeve and is detachable for refills. The silicone mouthpiece of the reservoir sits just above the wrist, making drinking easy.
Even better, the water stays cold for at least 30 minutes — the perfect amount of time for a jog. Additionally, Wetsleeve has compartments to store small items such as house keys. Creator Dave Herring also believes Wetsleeve will have a positive environmental impact, because the device is refillable.
“Every day, I see so many empty plastic water bottles — especially on the beach. Anything we can do to reduce that is a good thing.”
Cheers to that, Dave!