Asus Mining requires powerful computers with powerful graphics hardware. At a certain point, it's literally about getting more back than it costs you in electricity and other expenses to run a mining machine. PC maker has a new computer motherboard that aims to maximise the number of GPUs, or graphics cards, per computer. The new has enough PCIe slots to support 19 individual graphics cards, according to the company. A press release states: Successful cryptocurrency mining comes down to basic math and economics. With more PCI Express slots than any other mining motherboard, the B250 Mining Expert can share more GPUs with the same CPU, memory, and storage. ![]() The B250 is available now for $149 (UK and Australian prices weren't available but that converts to about £110 or AU$185). Tabby's Star, known officially as KIC 8462852, has baffled experts since it was discovered in 2015, by scientists scanning the skies for exoplanets. Observations revealed its light dimmed regularly, as do distant stars when their planets pass in front of them. But while the stars of most exoplanet systems are seen to dim by a few per cent, KIC 8462852 dimmed by more than 20 per cent over periods of months. Some have claimed this dimming could be evidence of a Dyson Sphere – a hypothetical structure which could be used by an advanced alien race to harness the energy of a star. Scientists remain skeptical, offering that the dimming could be explained by a dust ring around the star or a hail of comets passing in between the star and Earth. On ReVisioning Medicine and the Possibilities of. Name in a guest book as Ki’na Dark Cloud. Other in two separate cars for over a thousand miles without. Latest Military Technology Reviews. Jaguar Cars HD Wallpapers Jaguar Cars wallpapers – HD Wall Cloud. Caterpillar CAT CAT worlds largest mining truck. Tabby's Star, known officially as KIC 8462852, has baffled experts since it was discovered by citizen scientists in 2015. Observations revealed its light dimmed regularly, which some claim could be evidence of a hypothetical structure which could be used by an advanced alien race to harness the energy of a star. Many scientists remain sceptical, suggesting that the dimming could be explained by a dust ring around the star or a hail of comets passing in between the star and Earth. Now, a team led by Brian Metzger at Columbia University in New York say the so-called Tabby's star is just returning to its natural state – after a large, messy meal. 'We propose that the secular dimming behavior is the result of the inspiral of a planetary body or bodies into KIC 8462852,' they in the journal arXiv. 'Gravitational energy released as the body inspirals into the outer layers of the star caused a temporary and unobserved brightening, from which the stellar flux is now returning to the quiescent state.' 'The transient dimming events could then be due to obscuration by planetary debris from an earlier partial disruption of the same inspiraling bodies, or due to evaporation and out-gassing from a tidally detached moon system.' 13 shares Depending on the size of the planet, this event could have happened anywhere between 200 and 10,000 years ago, they concluded. As the planet fell into its star, it could have been ripped apart or had its moons stripped away, leaving clouds of debris orbiting the star in eccentric orbits, the team believe. Each time the debris passes between us and the star, it would block some light, making the star seem to blink. 'We estimated that if Tabby's star were representative, something like 10 Jupiters would have to fall into a typical star over its lifetime, or maybe even more,' Metzger told New Scienctist. Another recent paper published by Professor Eduard Heindl from Furtwangen University, Germany, provides a mathematical model to support the involvement of aliens. 'If a super civilisation has used all raw material of its planets, they could found more in their star,' Professor Heindl told MailOnline. 'For example, our sun has at least 6,000 times more metals as the planets. 'To mine this resource, they have to lift the material of their star into an orbit to cool down the stuff and use it. Professor Heindl's paper said the star could be a source of 'star mining' for extra terrestrial life. A mechanism for 'harvesting' solar wind, a method of star lifting, is pictured 'We describe a mathematical approximation to the light curve, which is motivated by a physically meaningful event of a large stellar beam which generates an orbiting cloud. 'The data might fit to the science fiction idea of star lifting, a mining technology that could extract star matter.' Star lifting is a general name to describe any process by which civilisations could remove material from a star, and use it for themselves. Many star lifting mechanisms involve harnessing solar wind, for example. The paper describes a setup in which a stream of matter leaves the star, in a similar way to a solar jet. This specific kind of stream would potentially allow aliens to harness the energy, the paper suggests. The paper, which is available online on the preprint server arXiv, has not been through a peer-review process or published in an academic journal. One suggested method for harnessing the power of an entire star is known as a Dyson sphere. First proposed by theoretical physicist Freeman Dyson in 1960, this would be a swarm of satellites that surrounds a star. Star lifting is a general name to describe any process by which civilisations could remove material from a star, and use it for themselves. This could involve a Dyson sphere, a swarm of satellites that surrounds a star. Many star lifting mechanisms involve harnessing solar wind, for example. The idea is popular in science fiction. In the series Stargate Universe, the Ancient ship Destiny is fuelled by plasma from stars. In the Star Wars franchise of Knights of the Old Republic, the Star Forge is capable of star lifting. They could be an enclosed shell, or spacecraft spread out to gather its energy - known as a Dyson swarm. If such structures do exist, they would emit huge amounts of noticeable infrared radiation back on Earth. But as of yet, such a structure has not been detected. 'We recommend further exploration of this concept with refined models,' Professor Hiendl said. Earlier this year, the Breakthrough Listen project said it was going to look into the star. As part of the Breakthrough Listen project, which will spend $100m (£82m) over the next decade to search for alien signals, a team of astronomers in the US will recruit a huge telescope to study the object more closely. 'Everyone, every SETI [Search for Extraterrestrial Intelligence] program telescope, I mean every astronomer that has any kind of telescope in any wavelength that can see Tabby's star has looked at it,' said Andrew Siemion, director of the Berkeley SETI Research Center and co-director of Breakthrough Listen in statement. 'It's been looked at with Hubble, it's been looked at with Keck, it's been looked at in the infrared and radio and high energy, and every possible thing you can imagine, including a whole range of SETI experiments. 'Nothing has been found.'
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