Scientists are trying to work out the source of dark matter. A group want to house a giant international particle detector that would be built 3,000ft underground in a working mine in Boulby, North Yorkshire to find the cause of the mysterious space matter. “We are entering the last-chance saloon to show that these particles are the cause of dark matter, and we want to make sure Britain is at the heart of that work by building the final generation of these detectors,” physicist Professor Chamkaur Ghag of University College London told the Observer. Scientists know the universe contains more matter than can be seen directly because they can see galaxies held together in clusters when they should be flying apart. Extra mass must be generating more gravity and holding these galaxies together, Most researchers think particles called weakly interacting massive particles – Wimps - are the source of dark matter. But these Wimps are hard to detect so scientists are trying to have a proper stab at it by combining resources and working in one Yorkshire site. “And what we are striving to do in Britain is to get it built at Boulby. Essentially, we want the last-chance saloon for Wimps to be built in the UK,” said Ghag. Dark matter accounts for around 85 per cent of the universe’s mass.There are also mines in South Dakota, and near Rome in Italy that are also hunting for Wimps which could provide answers. Have your say in our news democracy. Click the upvote icon at the top of the page to help raise this article through the indy100 rankings.

LONDON Britain will place legal liability for self-driving cars that crash with the company that makes it rather

A massive shipwreck which hasn’t been seen since it sank 128 years ago has been discovered by a crew making a nature documentary. Filmmakers were working on a project about a mussel species which lives in the Great Lakes in the US when they made the unexpected find. Yvonne Drebert and Zach Melnick were researching the invasive quagga mussel when they stumbled upon the steamship Africa, Fox Weather reports. The ship was sunk in 1895 after travelling from Ohio to Ontario on Lake Huron in dangerous conditions. The wreck was found after the filmmakers’ underwater drone detected something big and a camera was sent down to take a look. “It got more and more definition as we got closer and closer, and all of a sudden, we could see, ‘Wow, this is a steamship, a wooden steamship!'” Melnik said. “So this is old, and it is incredibly well intact.” The discovery was made possible due to the mussel species, which had covered the wreckage. The ship was identified as the Africa. Since the discovery, families of the people who were lost on board have been in touch with the filmmakers. “One of the incredible things that’s happened since this story has come to light just a couple of weeks ago is that several of the descendants of family members who died on this wreck so many years ago have reached out to us,” Melnick said. “We’re working with those families to try to find a way to remember those sailors who had died 128 years ago.” The mussel species will eventually destroy the wreckage, and the quagga can be hugely damaging to natural environments. The Center of Invasive Species Research in Riverside, California, reports that quagga [and zebra mussels] invasions “have had catastrophic impacts in the ecosystems in which they have established.” “These organisms clog water intake structures (e.g., pipes and screens), which greatly increases maintenance costs for water treatment and power plants,” the organization adds on its website. “Recreational activities on lakes and rivers are adversely affected as mussels accumulate on docks, buoys, boat hulls, anchors and beaches can become heavily encrusted.” “Interestingly, invasions by quagga and zebra mussels have been documented as having some positive affects on receiving ecosystems. For example, filtration of water by mussels as they extract food removes particulate matter. This filtration has improved water clarity, and reduced the eutrophication of polluted lakes.” Sign up for our free Indy100 weekly newsletter Have your say in our news democracy. Click the upvote icon at the top of the page to help raise this article through the indy100 rankings

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A natural phenomenon consisting of polka-dot-style formations has been cropping up around the world, and scientists are baffled as to why. The circular-shaped patches of ground have been seen in deserts in Australia and Namibia but now experts believe they are more widespread than originally thought. Known as “fairy circles”, there are now 263 known sites across the globe where they can be found, according to new research published in the journal Proceedings of the National Academy of Sciences (PNAS). They have been documented in 15 countries, across three continents, including the Sahel region of Africa, Madagascar, and in Middle-West Asia. And yet, despite the spread of these anomalies, scientists are still none the wiser about how they actually form. A team led by environmental scientist Emilio Guirado, of the University of Alicante in Spain, explained in their paper on the "intriguing" phenomenon: “We conducted a global and systematic assessment of fairy circle-like vegetation patterns and discovered hundreds of [fairy-circle]-like locations on three continents. “Our study provides insights into the ecology and biogeography of these fascinating vegetation patterns and the first atlas of their global distribution.” The mysterious circles appear in desert regions and can be as wide as 12 metres (39 feet) in diameter. They are almost always spaced out and rarely connect or overlap with one another. Several theories have been put forward as to what causes them, including, tiny insects, termites, and plant toxins. But, none have been accompanied by any significant evidence and some have been debunked completely. One significant factor limiting their study is they are often found in places that are difficult to access and are inhospitable. Locating the 263 different sites of “fairy circles” involved analysing high-resolution satellite imagery. Guirado and his team wrote in their paper: “[The sites] include those already identified in Namibia and Western Australia, as well as areas never described before, including the Sahel, Western Sahara, Horn of Africa, Madagascar, Southwest Asia, or Central and Southwest Australia. “By doing so, our study provides a global atlas of areas showing FC-like vegetation patterns and expands the known existence of this vegetation type to new countries and continents.” The team hopes that locating new sites will enable them to find common traits that may point towards their cause. Sign up to our free Indy100 weekly newsletter Have your say in our news democracy. Click the upvote icon at the top of the page to help raise this article through the indy100 rankings.

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