![\"Astronomers](\"https:\/\/wp-assets.futurism.com\/2019\/01\/warped-disk-protostar-300x158.jpg\")
<\/div>It’s Evolution, Baby<\/h2>
Planetary solar systems like our own don’t just pop into the universe fully formed — instead they evolve from a ring of gas and dust called a protoplanetary disk<\/a>, which surrounds an early-stage star, or protostar.<\/p> Now, astronomers using observations from the ALMA radio observatory in Chile have found a protostar unlike any other observed in the universe. The protostar, named L1527, is very young and has a “warped disk” that doesn’t lie on a single astronomical plane — and it could lead to a better understanding of both the universe and our own solar system.<\/p> The planets in a solar system typically orbit on a single plane that lines up with the equator of the system’s star.<\/p> However, astronomers have observed exceptions to this rule — solar systems with planets on multiple planes or on a single plane that isn’t aligned with the star’s equator. The planets in our own solar system, for example, orbit on planes as much as seven degrees off from the Sun’s equator.<\/p> Astronomers speculated that this could be due to some warping of the protoplanetary disk when the system was young, and recent research<\/a> bolstered that speculation. However, they still didn’t know how early in a protostar’s formation disk warping could take place.<\/p> But L1527 is changing that.<\/p> In a study<\/a> published on Monday in the journal Nature,<\/em> researchers from RIKEN Cluster for Pioneering Research and Japan’s Chiba University detail their discovery of L1527, a protostar with a warped disk consisting of two parts, each rotating on a different plane.<\/p> What’s exciting about this is L1527’s age. It’s just tens of thousands of years old — an infant in star terms.<\/p> “This observation shows that it is conceivable that the misalignment of planetary orbits can be caused by a warp structure formed in the earliest stages of planetary formation,” researcher Nami Sakai said in a press release<\/a>.<\/p> The scientists will need to do more research to figure out what may have caused this warping and determine whether L1527 is an anomaly or merely one of many similar protostars.<\/p> Thankfully, L1527 is located just 450 light years away from Earth, and its disk is positioned in a way that makes observation easy, meaning the infant star could teach us more about our solar system — and the universe — in the not-so-distant future.<\/p> READ MORE:<\/strong> Early Protostar Already Has a Warped Disk<\/a> [RIKEN]<\/p> More on protoplanetary disks: Beautiful New Images Show Clouds of Dust Forming Into Planets<\/a><\/strong><\/em><\/p> The post Astronomers Find First-of-Its-Kind Protostar With a “Warped” Disk<\/a> appeared first on Futurism<\/a>.<\/p> Read the rest here: It\u2019s Evolution, Baby Planetary solar systems like our own don\u2019t just pop into the universe fully formed \u2014 instead\u00a0they evolve from a ring of gas and dust called\u00a0a\u00a0 protoplanetary disk ,\u00a0which surrounds an early-stage star, or\u00a0protostar. Now, astronomers using observations from the ALMA radio observatory in Chile have found a protostar unlike any other observed in the universe. The protostar, named L1527, is\u00a0very young and has a \u201cwarped disk\u201d\u00a0that doesn\u2019t lie on a single astronomical plane \u2014 and it could lead to a better understanding\u00a0of both the universe and our own solar system. Continue reading Out of Line<\/h2>
Baby Star<\/h2>
Keep Looking<\/h2>
Astronomers Find First-of-Its-Kind Protostar With a “Warped” Disk<\/a><\/p>","protected":false},"excerpt":{"rendered":"