Chinese scientists at the Huazhong University of Science and Technology in Wuhan have developed a new, ultra-slippery toilet bowl that almost nothing sticks to.

Porcelain has been the most common toilet bowl manufacturing material for quite a while now, and while it may be a while before a new material upsets it, we already have our eye on an intriguing new material. One of the most important qualities of a good toilet bowl is slipperiness, and while porcelain is ok, it’s definitely not the best. Excrements and other types of waste usually disposed of in the toilet tend to stick to it and require scrubbing and cleaning, which results in wasted water. But what if the waste just slipped down into the bowl with no or very little water? Scientists in China have unveiled an innovative toilet bowl made of an ultra-slippery material that almost nothing sticks to.

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A team of Dutch researchers has discovered that magpies and crows are using metal spikes designed to keep them away from certain urban areas to reinforce their own nests and keep intruders at bay.

Scientists have known for a while that magpies and crows are some of the most intelligent birds in the world, but even they were baffled by their amazing ability to adapt to hostile urban environments. It’s not unusual for birds to use human trash and debris as tools and building materials for their nests, button see them use the very things we humans use against them was nothing short of baffling for researchers at the Natural History Museum in Rotterdam and the Naturalis Biodiversity Center in Leiden, in the Netherlands.

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Pinanga subterranea, a new species of palm discovered by researchers at the Royal Botanic Gardens, is one of only two known plants that exclusively fruit and flower underground.

There are more than 2,500 species of palm known to science, but Pinanga subterranea, a new species discovered on the tropical island of Borneo, is the only one that flowers and fruits only underground. The plant and its sweet fruits are well-known to the island’s indigenous population, but it has somehow been overlooked by scientists until now. Dr Paul Chai, a Malaysian botanist and namesake of the palm species Pinanga chaiana was the first to spot the underground-flowering palm, and in 2018, Kew scientists Benedikt Kuhnhäuser, Peter Petoe and William Baker took some samples for research purposes and discovered the plant’s amazing abilities.

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An international team of scientists has reportedly created a genetically-modified ‘superbanana’ that contains significantly more nutrients, especially vitamin A.

Vitamin A deficiency has been plaguing poor countries in sub-Saharan Africa and Southeast Asia for hundreds of years, inhibiting children’s growth, causing blindness and significantly weakening their resistance to deadly treatable diseases such as diarrhea and measles. The World Health Organization estimates that 190 million preschool-aged children worldwide are deficient in vitamin A and that malnutrition accounts for 6% of early childhood deaths in Africa alone. Luckily, a cheap and viable solution to malnutrition and vitamin A deficiency, in particular, may be available in the very near future…

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A Florida University professor plans to spend 100 days 30 feet under the ocean’s surface, in an underwater lodge, as a scientific experiment to find out how the constant increased pressure affects his body and mind.

The current world record for time spent living underwater was set in 2014 by two Tennessee biologists who managed to live submerged for a total of 73 days, but if University of South Florida professor Joseph Dituri meets his set goal, he will beat that record by a whopping 27 days. At the beginning of this month, Dituri, who also goes by the nickname ‘Dr. Deepsea’, moved into Jules’ Undersea Lodge in Key Largo, an underwater hotel 30 feet under the surface, where he plans to remain until June 9th. During this time, he and a team of physicians and scientists plan to conduct a series of tests to see how living underwater for prolonged periods of time affects the human body and mind.

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For decades, the mummified remains of a creature resembling a small mermaid have been worshipped at a temple in Asakuchi, Japan, but scientists have long suspected that the mermaid mummy was actually man-made.

Allegedly caught in the Pacific Ocean, off the island of Shikoku, between 1736 and 1741, the famous mermaid mummy has been kept on display at the Enjuin temple in Asakuchi for over 40 years, attracting visitors convinced that the remains would bring them good luck. It is said that these tiny supernatural creatures were immortal and that whoever consumed their flesh would also enjoy eternal life. Somehow, no one actually tried, but a team of scientists did request a more thorough examination in order to confirm the many legends around the artifact.

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Researchers at Tokyo Medical and Dental University claim to have identified a drug that replicates the benefits of exercise on muscles and bones.

Many of us may not want to admit it, but modern life in developed countries is easier and more comfortable than it’s ever been. Gone are the days when humans had to rely on heavy labor to sustain themselves and their families, but this particular part of our evolution has had some unwanted health-related consequences – the vast majority of people aren’t getting enough exercise and that is taking a toll on their bones, muscles and overall health. The problem is that many of us don’t want to put in the physical work to keep our bodies in good shape, even though we know we should, but the good news is that we may not have to…

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Researchers have reportedly developed an experimental chewing gum that can trap SARS-CoV-2 particles in saliva, thus curbing transmission of the virus.

Researchers at the School of Dental Medicine at the University of Pennsylvania have been working on a special type of chewing gum that should minimize transmission and infection with the SARS-CoV-2 virus. According to a recent paper published in the Biomaterials Journal, the experimental gum contains copies of the ACE2 protein found on cell surfaces, which the coronavirus uses to break into cells and infect them. In test tube experiments, researchers found that virus particles of the Delta or Omicron variants attached themselves to the ACE2 “receptors” in the chewing gum, causing the viral load in the saliva to fall to undetectable levels.

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Scientists at the University of Chicago have developed a new algorithm that forecasts crime with up to 90% accuracy by analyzing data and learning patterns.

Minority Report is a very popular sci-fi film about a special police unit that can arrest murderers before they commit their crimes with the help of three clairvoyant humans called Precogs, which can visualize impending homicides. It’s a brilliant film, if you like sci-fi murder mysteries, or you’re simply a fan of Tom Cruise, but the reason we bring it up in this story is that a team of researchers claims to have come up with a real-world, AI-powered system that is also able to predict crimes with an accuracy of 90%. And their systems doesn’t require Precogs, just past data so it can predict the future.

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Scientists in Chile believe that an ancient Patagonian cypress known as ‘Gran Abuelo’ (Great Grandfather) could be over 5,000 years old, which would make it the world’s oldest living tree.

The Patagonian cypress (Fitzroya cupressoides), known in South America as ‘alerce’, is a conifer native to Chile and Argentina. They belong to the same family as giant sequoias and redwoods, and can reach heights of up to 45 meters (150ft). They grow at a very slow rate and are known to live for hundreds, even thousands of years, but one particular specimen may be the oldest tree ever discovered. If the findings of a Chilean team of researchers are to be believed, Great Grandfather, an ancient Patagonian cypress in the Alerce Costero national park, is 5,484-years-old, a whopping 600 years older than Methuselah, the current world’s oldest tree.

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Deinococcus radiodurans is listed in the Guinness Book of World Records as “the world’s toughest bacterium,” and it is fully deserving of that title.

Scientists discovered the red, spherical bacterium that later came to be known as deinococcus radiodurans about 70 years ago, when examining a can of ground meat that had spoiled despite having been sterilized by exposure to doses of radiation in the megarad range. Research would later show that this lowly bacterium can withstand 10,000 times the amount of radiation that would normally kill a human being, thanks to a miraculous ability to repair numerous DNA double-strand breaks in a matter of hours.

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It’s no secret that non-alcoholic beer tastes much worse than regular lager, but scientists in Denmark now claim to have developed a way of making it taste just as satisfying.

When making alcohol-free beer, either by heating it up or by minimizing fermentation, what is lost is the complex aroma of the hops. However, after decades of having to put with the flat and watery taste of non-alcoholic beer, we can now enjoy the satisfying taste of the real thing, minus the alcohol. Researchers led by Sotirios Kampranis, a professor at the University of Copenhagen, engineered a species of yeast called Saccharomyces cerevisiae to produce a group of molecules called monoterpenoids, which are found in hops.

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Bubbles are fragile structures that only last a few seconds before popping, but a team of scientists has apparently found a way to keep bubbles from bursting for over a year.

Soap bubbles are subject to a series of processes that cause them to pop in a matter of seconds, minutes at best. They lose liquid through evaporation or gravitational drainage, and the gas trapped inside also diffuses through the membrane of soap and water back into the environment. However, a team of scientists at the University of Lille, in France, have been working on ways to address the fragility and ephemerality of bubbles, and they’ve apparently come up with a way of creating bubbles that maintain their shape and size for over a year.

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Henneguya salminicola, a tadpole-like parasite that infects salmon, has a rather unique superpower – it can survive without oxygen.

When examining Henneguya salminicola, researchers noticed something really strange: the microscopic parasite appeared to have no mitochondrial genome. The mitochondria, commonly known as “the powerhouses of the cell”, are organelles that rely on oxygen in order to produce energy. At first, scientists at Tel Aviv University thought it was a mistake, so they ran the analysis again, and confirmed that the parasite had no mitochondrial genome at all, meaning it did not generate energy the way all other known animals do. Although other single-cell organisms, like amoebas and fungi, have also developed the ability to survive in anaerobic environments, no animals – Henneguya salminicola qualifies as one despite having less than 10 cells – had been known to do that until now.

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When it comes to telling when someone is lying, we currently have very few options, but a team of Israeli researchers claims to have come up with something better than anything we’ve seen before.

Using stickers printed on soft surfaces containing electrodes that monitor and measure the activity of muscles and nerves, a team of researchers led by Prof. Dino Levy from Tel Aviv University, discovered that some people involuntarily activate muscles in their cheeks and eyebrows when they lie. No sensors had been able to measure these subtle muscle contractions before, but the innovative ones invented by Prof. Yael Hanein and sold by Israeli company X-trodes proved sensitive enough. Tests revealed a 73% success rate of lie identification, better than any existing technology.

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