Chinese scientists will attempt to grow potatoes on the moon as part of a forthcoming lunar mission.
According to a report in the Chongqing Morning Post, the potatoes will be sealed inside a “mini ecosystem” as part the Chang’e-4 mission due to launch next year. They’ll be sharing a small cylinder on the surface of the Earth’s only natural satellite with silkworm larvae as part of a series of experiments, Professor Xie Gengxin of Chongqing University told the paper.
The goal is to see whether the insects and spuds will survive on the lunar surface, and the end result will yield important insights about the viability of a future human colony, China Radio International says.
Hey, remember when the West used to go to the moon?
You’d think nothing goes together better than maple syrup and pancakes, but recent research shows there may be a new winning combo: maple syrup and antibiotics. Brand-new, exploratory research performed by—you’ll never guess—a professor in Canada has shown promise in how maple syrup extracts can boost the performance of antibiotics.
The shorebird’s beak is more interesting than you might think
Dr. Fazale Rana of Reasons to Believe tweeted this cool example of biomimetics from Science Daily.
A UT Arlington engineering professor and his doctoral student have designed a device based on a shorebird’s beak that can accumulate water collected from fog and dew.
The device could provide water in drought-stricken areas of the world or deserts around the globe.
Xin Heng… a doctoral student in Mechanical and Aerospace Engineering, and Cheng Luo, MAE professor, have made a device that can use fog and dew to collect water.
Cheng Luo, professor in the Mechanical & Aerospace Engineering Department, and Xin Heng, PhD candidate in the same College of Engineering department, published “Bioinspired Plate-Based Fog Collectors” in the Aug. 25 edition of ACS’ (American Chemical Society) Applied Materials & Interfaces journal.
The idea began when Heng saw an article that explained…
Dr. Sonal Saraiya and her colleagues in Michigan found that packing strips of cured pork in the nose of a child who suffers from uncontrollable, life-threatening nosebleeds can stop the hemorrhaging
Sticking pork products up the patient’s nose was a treatment of last resort when conventional treatments had failed, Saraiya said, and was only used for a very specific condition known as Glanzmann thrombasthenia, a rare condition in which blood does not properly clot.
“We had to do some out-of-the-box thinking,” she said. “So that’s where we put our heads together and thought to the olden days and what they used to do.”
The 4-year-old child’s nostrils were packed with cured pork twice, and according to their study, “the nasal vaults successfully stopped nasal hemorrhage promptly (and) effectively.”
The method worked because “there are some clotting factors in the pork … and the high level of…
Minzae Lee and Gil-Pyo Kim and others at Seoul National University, who have a new paper in Nanotechnology, believe they’ve discovered a way to reduce stray butts while helping green manufacturing. They gathered dirty filters from Marlboro Light Gold, The One Orange, and lime and rum-flavored Bohem Cigar Mojito cigarettes (Korea’s sure got variety), and exposed them to high heat in a nitrogen-rich environment. That transformed the thousands of cellulose-acetate fibers in the filters, seen at right, into the black “hybrid carbon material” at left:
This material is densely riddled with pores of various sizes, which turns out to be great for making efficient supercapacitors. When they ran a test of the stuff’s capabilities, they found it “stored a higher amount of electrical energy than commercially available carbon and also had a higher amount of storage compared to graphene and carbon nanotubes,” according to IOPscience.
Needless to say, the task of gathering up enough far-and-widespread butts to sustain manufacturing could be a challenge. If this research is to be of any use, science needs to also come up with a way to stop smokers from flicking their butts everywhere and start placing them into proper receptacles.
That’s easy enough; just pay them for them; have them return their butts to where they buy their cigarettes, and pick them up from there.
If it’s financially feasible for smokers to do so, they’ll do it – same as people return booze and pop bottles / cans for refunds…
Of course, this is assuming it would be cheaper to buy used cigarette filters and make this material from them, rather than manufacturing it from scratch… The marketplace will determine that…