BEIJING China's Huawei Technologies on Friday started presales for its Mate 60 Pro+ smartphone, adding a new version

When it comes to password sharing, Netflix no longer has any chill.

TLC star June Shannon gives a shoutout to Honey Boo Boo and Pumpkin's Stanley dupe mugs

By Louisa Gouliamaki SESKLO, Greece The fires came first. Then the floods. In the small village of Sesklo

Astronomers have found a planetary system with six different worlds that orbit in a strange rhythm. The set of planets move around their star in a rhythmic beat, scientists say, staying synchronised in a kind of dance. The findings could help shed more light on how planets form and evolve, the researchers say. The star is smaller, and slightly dimmer than the Sun, and the six “sub-Neptunes” - possibly smaller versions of Neptune in our solar system - move in a cyclic rhythm. According to the experts, this orbital waltz repeats itself so precisely it can be readily set to music. The star, HD110067, is 100 light-years away in the northern constellation of Coma Berenices, and had perplexed researchers for years. Now scientists, including those at the University of Warwick, have revealed the true architecture of this unusual system using Nasa and European Space Agency (Esa) spacecraft. The analysis was led by University of Chicago scientist Dr Rafael Luque, who said: “This discovery is going to become a benchmark system to study how sub-Neptunes, the most common type of planets outside of the solar system, form, evolve, what are they made of, and if they possess the right conditions to support the existence of liquid water in their surfaces.” The first indication of planets orbiting the strange star system came in 2020, when Nasa’s Transiting Exoplanet Survey Satellite (Tess) detected dips in the star’s brightness which suggested planets were passing in between the star and the spacecraft. A preliminary analysis revealed two possible planets - one with a year (the length of time it takes to complete one orbit around the star) of 5.64 days, and another with an unknown period at the time. Two years later, Tess observed the same star again, and analysis ruled out the original interpretation but presented two additional possible planets. Much was still unknown about the planetary system, until scientists across the world - including those at the University of Warwick - joined the investigation. They used data from Esa’s Characterising Exoplanet Satellite (Cheops), hoping to determine the orbital periods of these faraway planets. While multi-planet systems are common in the Milky Way, those in a tight gravitational formation known as “resonance” are observed by astronomers far less often. In this case, the planet closest to the star makes three orbits for every two of the next planet out - called a 3/2 resonance - a pattern that is repeated among the four closest planets. Among the outermost planets, a pattern of four orbits for every three of the next planet out (a 4/3 resonance) is repeated twice. Thomas Wilson, from the Department of Physics at the University of Warwick, said: “By establishing this pattern of planet orbits, we were able to predict other orbits of planets we hadn’t yet detected. “From this we lined up previously unexplained dips in starlight observed by Cheops and discovered three additional planets with longer orbits. This was only possible with the crucial Cheops data.” Researchers say the planets - two to three times the size of Earth - are likely to have been performing this same rhythmic dance since the system formed billions of years ago. Dr Luque said: “We think only about 1% of all systems stay in resonance, and even fewer show a chain of planets in such configuration.” Experts say orbitally resonant systems are extremely important to find because they tell astronomers about the formation and subsequent evolution of the planetary system. Planets around stars tend to form in resonance but can easily have their orbits thrown around. For example, a very massive planet, a close encounter with a passing star, or a giant impact event can all disrupt the careful balance. Therefore, multi-planet systems preserving their resonance are rare. HD110067 is the brightest known system with four or more planets. Since those planets are all sub-Neptune-sized with likely larger atmospheres, it makes them ideal candidates for studying using the James Webb Space Telescope (JWST) and the Esa’s future Ariel telescope. Mr Wilson added: “All of these planets have large atmospheres - similar to Uranus or Neptune - which makes them perfect for observation with JWST. “It would be fascinating to test if these planets are rocky like Earth or Venus but with larger atmospheres - solid surfaces potentially with water. “However, they are all much hotter than Earth - 170C to 530C - which would make it very difficult for life to exist.” Hannah Osborne, a PhD student at UCL’s Mullard Space Science Laboratory and a co-author of the study, said: “The system itself is a key discovery for exoplanet science: because all six planets are in a resonant chain we know that the architecture of the system can’t have changed much since its formation, so by studying HD110067 we get a rare window into the past to understand how these types of systems may have formed and evolved.” The findings are published in the Nature journal. Additional reporting by Press Association Read More Astronomers find unprecedented ‘disc’ around distant planet Astronomers discover new six-planet system Scientists have cooked ‘alien haze’ that could help find life Astronomers find unprecedented ‘disc’ around distant planet Astronomers discover new six-planet system Scientists have cooked ‘alien haze’ that could help find life

UPDATE: Jun. 7, 2023, 5:00 a.m. EDT This article has been updated to reflect the

AI will “lead to more games being made and more jobs”, says Dr Richard Wilson, the head of video game trade body TIGA.

xQc accused RiceGum of fabricating information about the kick deal, sparking a controversy between the two internet personalities

Certain Modern Warfare 3 features are needed at launch on Nov. 10 to excite the Call of Duty fan base, including Ranked Play, great maps, Zombies, and more.

It looks like there is finally some movement on Google’s Privacy Sandbox initiative. The initiative,

If you're curious about what each Madden NFL 24 Edition has to offer, you've come to the right place.

The secret to life on distant planets could lie beneath the ocean floor, according to staggering research. A rich tapestry of microbes uncovered from rocks hundreds of feet down among the ocean crust proved an illuminating discovery for authors of a study first published in 2020. The single-cell organisms that live off methane in the South Pacific were far more plentiful in number than expected after being uncovered during an expedition in 2010. It came when the Integrated Ocean Drilling Program (IODP) collected samples from 400 feet below the ocean crust. Sign up to our free Indy100 weekly newsletter The sheer number of microbes they found in the rock samples surprised them, with the rocks containing an enormous 10 billion bacterial cells – a huge increase compared to normal levels on the seafloor, which normally only measure around 100 bacterial cells per cubic centimeter. "I thought it was a dream, seeing such rich microbial life in rocks," Yohey Suzuki from the University of Tokyo said. The signs are certainly encouraging when it comes to searching for life on Mars and other planets in the solar system, especially as the findings of the study suggested that the microbes were there organically and not influenced by underwater volcanoes. "Minerals are like a fingerprint for what conditions were present when the clay formed. Neutral to slightly alkaline levels, low temperature, moderate salinity, iron-rich environment, basalt rock—all of these conditions are shared between the deep ocean and the surface of Mars," Suzuki said. 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.