Fruit farmers in Okayama, Japan, have managed to make peeling a banana optional by developing a special variety with edible skin. The peel of their “Mongee Banana” is not particularly tasty, but it is considerably thinner and far less bitter than that of regular bananas, making it 100% edible.

To create the incredible Mongee – which is actually Okayama slang for ‘incredible – scientists at D&T Farm, in Okayama Prefecture, developed an innovative method called “Freeze Thaw Awakening” which involves recreating conditions from 20,000 years ago, at the end of the ice age, when plants would emerge from harsh winter temperatures to grow. They froze banana saplings to -60 degrees Celsius, planting them again as they began to thaw. This apparently activated an ancient part of their DNA, which not only allows the plant to thrive in Japan’s cool climate, but also accelerates its development. While tropical varieties of banana require two years to grow large enough for consumption, the Mongee banana needs just four months.

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MIT researchers have made an important breakthrough in their quest to make plants that glow in the dark a reality. In what they call Plant Nanobionics, the engineers embedded nanoparticles into the leaves of a watercress plant that caused the plants to give off a dim glow for three and a half hours.

Their next goal is to create plants bright enough to illuminate a workspace, but, if successful, the technology could also be used to transform trees into self-powered streetlights, the scientists claim. The team’s ultimate goal is to engineer plants to replace many of the functions currently performed by electrical devices and appliances.

“The vision is to make a plant that will function as a desk lamp — a lamp that you don’t have to plug in. The light is ultimately powered by the energy metabolism of the plant itself,” said Michael Strano, the Carbon P. Dubbs Professor of Chemical Engineering at MIT and the senior author of a recently released study on plant nanobionics.

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A parasitic fungus, of the genus Ophiocordyceps, uses carpenter ants to complete its life cycle by turning them into zombies. The ant encounters the fungal spores while foraging and the fungus quickly infects and spreads throughout its body, hijacking the insect’s nervous system. It then forces the ant to climb vegetation, where it will clamp onto the underside of a leaf or twig, and then slowly die. The parasite then produces a spore-releasing stalk that sprouts from the cadaver’s head to discharge spores to the ground below, where more hapless ants can get infected.

Until recently scientists were uncertain as to the exact mechanisms or reasons behind this gruesome phenomenon. New research from Penn State University, however, has shed some light on the mystery. The researchers have suggested that the fungus invades muscles fibers throughout the insect’s body, which allows it to control the host’s behavior, but stays away from its brain.

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20 years ago, a couple of ecologists fighting for the conservation of Costa Rica’s tropical ecosystems convinced a large orange juice producer to donate part of their forestland to a national park in exchange for the right to dispose of massive amounts of orange peels on a degraded plot of land within that same park. No one had any idea what an impact that would have.

In 1997, Daniel Janzen and Winnie Hallwachs, a husband and wife team of ecologists working with the Área de Conservación Guanacaste national park, in Costa Rica, came up with a plan to save a piece of unspoiled, completely forested land from a big fruit juice company, by offering something very attractive in return. If the company, Del Oro, agreed to donate part of its forested land to the Área de Conservación Guanacaste, they would be allowed to deposit massive amounts of waste in the form of orange peels on a 3-hectare piece of degraded land within the national park, at no cost. Disposing of tons of leftover pulp and peels usually involved burning them or paying to have them dumped at a landfill, so the proposal was very attractive.

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Scientists in Germany recently turned on the “world’s largest artificial sun” a device made up of 149 Xenon short-arc lamps that can create about 10,000 times the amount of solar radiation we get on Earth. That’s enough to melt metal or fry pretty much any living thing.

Luckily, researchers don’t plan on using this powerful device, called “Synlight” to fry anyone, and have taken precautions to keep people well away from it while it’s switched on. Instead, they hope it will help them discover new, cost-effective ways of producing climate-friendly fuels like hydrogen.

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It may seem inconceivable, but believe it or not, there really is such a thing as transparent wood. After decades of work, scientists at the KTH Royal Institute of Technology in Stockholm have finally managed to create a viable material that, if mass produced, holds the potential to revolutionize architecture and solar technology.

According to researchers, transparent wood is a low-cost, renewable resource, which can help reduce the cost of indoor lighting and can even be used to make solar-cell windows. It can also be used to make ‘privacy windows’ that let the light in while maintaining semi-transparency.

“Transparent wood is a good material for solar cells, since it’s a low-cost, readily available and renewable resource,” said Lars Berglund, a professor at KTH’s Wallenberg Wood Science Center. “This becomes particularly important in covering large surfaces with solar cells.”

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Since the late 19th century, botanists at the Michigan State University have been collaborating on a single seed-germination experiment. Now in its 137th year, it is turning out to be the world’s longest recurrently monitored scientific study. It will end in the year 2100, which means most of us won’t even be around for the final result.

The world’s longest-running experiment  started out in the fall of 1879, when Dr. William James Beal, a botanist, set-out to find a conclusive answer to the one question that farmers have been asking for centuries: How many times do you have to pull out weeds before they entirely stop growing back? Beal realised that to answer the question, he needed to work it out for real – by finding out exactly how long seeds could remain dormant in soil while still remaining viable.

So he devised an experiment that would, in centuries, provide the answer he was looking for. He put together a collection of seeds of 23 different plant types and decided to leave them dormant for years, before checking if they would still germinate. He placed 50 seeds of each variety in each of 20 narrow-necked glass bottles filled with moist sand, and buried them in a secret spot on the university campus.

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Despite our many technological advancements, the human brain is still a big mystery, as proven by the recently published case of a German woman who, although legally blind, has her sight miraculously restored at times. The 37-year-old suffers from dissociative identity disorder (DID), and apparently has perfect vision when she switches to eight out of her ten personalities.

The woman, only referred to by her initials B.T., first went to see German psychotherapist Dr. Bruno Waldvogel about 14 years ago. She was completely blind at the time and accompanied by a guide dog. She told the doctor that her vision had become severely impaired during an accident at age 20, after which she gradually became blind. Waldvogel checked her medical records, which clearly stated that she had been diagnosed with cortical blindness from trauma to the skull and brain. Her eyes showed no sign of physical damage.

Waldvogel eventually diagnosed B.T. with DID, previously known as Multiple Personality Disorder, which manifested itself through no less than 10 personalities of different names, voices, and genders. Some of her personalities spoke only in German, others used English. But a major breakthrough came after about four years of treatment, when Waldvogel was shocked to witness B.T. recognize a few words on the cover of a magazine. She had assumed the personality of a teenage boy at the time.

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Scientists and doctors have made a huge leap in cryonics – the effort to save lives through sub-zero temperatures – by freezing the body of a two-year-old child. Matheryn Naovaratpong is now the youngest person in the world to be cryogenically preserved.

Fondly known to her family as ‘Einz’, the little girl was diagnosed with a rare form of brain cancer shortly after her third birthday. She died in January this year, just before she turned three. But her parents – both medical engineers – have decided to give her another chance at life using cryonics. 

Through cryonics, it is possible to preserve the bodies of humans and animals who cannot be cured through contemporary medicine, with the hope that they may be healed and resuscitated if extraordinary medical advances take place in the future. “As scientists, we are 100% confident this will happen one day – we just don’t know when,” Einz’s father Sahatorn said.

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In a bid to explore alternative methods of growing produce, an Italian company has created the world’s first underwater farm. The futuristic station – aptly named Nemo’s Garden – consists of five transparent biospheres anchored to the bottom of the sea off the coast of Savona, Italy. They’re being used to grow strawberries, basil, beans, garlic, and lettuce.

“The main target of this project is to create alternative sources of plant production in areas where environmental conditions make it difficult to grow crops through conventional farming, including lack of fresh water, fertile soils, and extreme temperature changes,” said project spokesperson Luca Gamberini. “We are trying to find an alternative and economically viable technology enabling efficient production.”

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A leading Russian geologist recently made the bizarre claim that the mysterious groove like markings found in the Phrygian Valley of central Turkey were made by giant, pre-historic cars, millions of years ago.

Dr Alexander Koltypin, director of the Natural Science Scientific Research Centre at Moscow’s International Independent University of Ecology and Politology, made his statement after returning from a field trip to the site along with three of his colleagues. He revealed that the fields were completely covered in ruts that are millions of years old. “As a geologist, I can certainly tell you that unknown antediluvian all-terrain vehicles drove around Central Turkey some 12-to-14 million years ago,” he said.

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In a bid to reintroduce Americans to long-forgotten native fruit, a New York sculptor has created an incredible tree that can produce 40 varieties of stone fruit at once.

Sam Van Aken, who is also an art professor at Syracuse University, grew up on a farm in Pennsylvania where grafting was a common practice. However, to him, it always seemed magical. “When I’d seen it done as a child it was Dr. Seuss and Frankenstein and just about everything fantastic,” he said during a Tedx talk last year.

Van Aken has been growing multi-fruit trees since 2008, through a technique called ‘chip grafting’. He starts by taking a slice of a fruit tree that includes buds, and inserts it into a matching incision in a host tree that is at least three years old. He uses electrical tape to hold the pieces together. Soon enough, the “veins” of different trees flow into each other, sharing the same life energy.

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In a bid to find a remedy for bedbugs, Canadian scientist Regine Gries has spent nearly a decade studying the parasitic creatures. In fact, she is so dedicated to the project that she actually allows thousands of hungry bedbugs feast off her own blood! Thankfully, her efforts have paid off – she and her husband Gerhard have perfected a chemical that is capable of luring bedbugs away from mattresses.

Regine and Gerhard are both biologists at Simon Fraser University, just outside of Vancouver, in British Columbia. Their lab features a Plexiglass-walled colony with about 5,000 bedbug residents. The bugs live inside glass jars – about 200 to a jar – each covered with a fine mesh that’s held in place using rubber bands. And once a month for the past nine years, Regine has rolled up her sleeves, inverted the jars on to her arms, and allowed the bedbugs to reach through the mesh to bite into her skin!

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Thanks to Japanese company House Foods Group, tear-inducing onions could be a thing of the past! The company claims to have produced the world’s first ‘tear-free’ onion, by disabling the compounds that the popular vegetable releases when chopped.

According to a House Foods Group press release, their researchers have spent over a decade studying the chemistry of onions. In 2002 they published a study describing the biomechanical process of how chopping onions makes you cry, which won them them an Ig Nobel Prize – an award handed out to honor achievements organizers consider unintentionally funny.  In their paper, the scientists hypothesized that it would be possible to weaken the tear-inducing enzymes while maintaining the onion’s flavor and nutritional value.

And, in their recent announcement, House Foods Group claims to have turned the theory into a reality, by bombarding onion bulbs with irradiating ions which causes them to produce low amounts of enzymes. Apart from facilitating a completely tear-free chopping experience, the technique also makes the onion less pungent.

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A team of California scientists, or ‘biohackers’ as they call themselves, claim to have discovered a way for people to achieve night-vision without the use of special goggles. They recently conducted an experiment called Science for the Masses(SftM), in which they injected a volunteer’s eyes with a special liquid solution that gave him superhuman night-vision.

After receiving the injection, the volunteer – researcher Gabriel Licina – could supposedly see up to a distance of 50 meters in almost total darkness for several hours, and could spot people running among trees in dark conditions. In comparison, people who weren’t treated with the solution did not fare as well.

The mystifying solution apparently contains a substance called Chlorin e6 (Ce6), which is found in some deep-sea fish. It has light-amplification properties, and has also been used in cancer treatment research. By combining Ce6 with insulin and saline, the team was able to produce a solution that can improve vision in the dark.

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