Imagine all of the properties mentioned above, plus all of Disney's existing franchises (Star Wars, Marvel, Pixar, etc.) combined into one internet streaming service. You won't have to imagine for long, because that's pretty much exactly why Disney CEO Bob Iger was so keen on buying all of Fox's biggest assets. Disney plans to release a streaming entertainment service in 2019. It would have been quite formidable on its own, even without Fox's help, but now it will likely be the first true rival to Netflix in the streaming space. Before today, Disney, Fox, and Comcast (NBCUniversal) all shared equal 30% stakes in Hulu (Time Warner owns 10%). But when Disney takes over Fox's share of the streaming service, it will own 60%, becoming a controlling majority owner, relegating Comcast to minority owner in the process.
20th Century Fox, we hardly knew ye. Okay, that may be a bit premature, but it's clear that Fox's film business won't be the same if the merger is approved. The deal marks the first time in modern history that one major film studio has purchased another, eliminating one of the "big six," and essentially giving Disney control of two-thirds of Hollywood. (The other four major movie studios are Universal, Warner Bros., Paramount, and Sony.)
David Salisbury via Vanderbilt University explains the other methods of determining the mass of distant stars, and why they aren't always the most accurate: "Traditionally, the most accurate method for determining the mass of distant stars is to measure the orbits of double star systems, called binaries. Newton's laws of motion allow astronomers to calculate the masses of both stars by measuring their orbits with considerable accuracy. However, fewer than half of the star systems in the galaxy are binaries, and binaries make up only about one-fifth of red dwarf stars that have become prized hunting grounds for exoplanets, so astronomers have come up with a variety of other methods for estimating the masses of solitary stars. The photometric method that classifies stars by color and brightness is the most general, but it isn't very accurate. Asteroseismology, which measures light fluctuations caused by sound pulses that travel through a star's interior, is highly accurate but only works on several thousand of the closest, brightest stars." Stassun says his method "can measure the mass of a large number of stars with an accuracy of 10 to 25 percent," which is "far more accurate than is possible with other available methods, and importantly it can be applied to solitary stars so we aren't limited to binaries."
Though IOTA tokens can be used like any other cryptocurrency, the protocol was designed specifically for use on connected devices, says cofounder David Sonstebo. Organizations collect huge amounts of data from these gadgets, from weather tracking systems to sensors that monitor the performance of industrial machinery (a.k.a. the Internet of things). But nearly all of that information is wasted, sitting in siloed databases and not making money for its owners, says Sonstebo. IOTA's system can address this in two ways, he says. First, it can assure the integrity of this data by securing it in a tamper-proof decentralized ledger. Second, it enables fee-less transactions between the owners of the data and anyone who wants to buy it -- and there are plenty of companies that want to get their hands on data. The report goes on to note that instead of using a blockchain, "IOTA uses a 'tangle,' which is based on a mathematical concept called a directed acyclic graph." The team decided to research this new alternative after deciding that blockchains are too costly. "Part of Sonstebo's issue with Bitcoin and other blockchain systems is that they rely on a distributed network of 'miners' to verify transactions," reports MIT Technology Review. "When a user issues a transaction [with IOTA], that individual also validates two randomly selected previous transactions, each of which refer to two other previous transactions, and so on. As new transactions mount, a 'tangled web of confirmation' grows, says Sonstebo."
Washington state Attorney General Bob Ferguson also announced he would sue alongside Schneiderman and other attorneys general across the country, saying that he held "a strong legal argument" and that it was likely the government had failed to follow the law with this vote. Other officials from Santa Clara, California, including county supervisor Joe Simitian, are also suing the FCC to block the decision. "We believe the depth of your ideas should outweigh the depths of your pockets," Simitian said at a press conference.
State Sen. Scott Wiener (D-CA) announced plans to introduce a bill to adopt net neutrality as a requirement in his state. He wrote in a Medium post, "If the FCC won't stand up for a free and open internet, California will."
Rep. Mike Coffman (R-CO) tweeted that he will be submitting net neutrality legislation, saying that this was a decision better left to Congress. Coffman was the first Republican to ask the FCC to delay the vote, citing "unanticipated negative consequences" on Tuesday. Furthermore, Sen. Bernie Sanders (D-VT) and Sen. Brian Schatz (D-HI) are supporting Sen. Ed Markey's (D-MA) plan to introduce a Congressional Review Act resolution to undo the FCC vote. Even Rep. Marsha Blackburn (R-TN), who had previously announced on Twitter her support for Ajit Pai and the FCC, tweeted a video, saying, "We will codify the need for no blocking, no throttling, and making certain that we preserve that free and open internet." We're likely to see many others express their disappointment with the FCC's decision over the next few hours and days.