NASA uses pressure-sensitive paint to test its rockets

How can NASA make sure its rockets are ready to handle the intense buffeting produced during launch? Scientists have recently started using pressure-sensitive paint (PSP) that reacts with oxygen to produce light. That way, scientists can actually visualize where the changing forces act on the rocket as it simulates acceleration during testing. The traditional method uses tiny microphones to measure buffeting, while this "unsteady" PSP is sprayed on in a thin layer, and contains pores so air can contact a greater surface area of the paint. Among other applications, it can be used to speed up and lower the cost of testing on projects like the Space Launch System.

Source: NASA

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Ireland votes to stop investing public money in fossil fuels

Ireland just took a big step toward cutting coal and oil out of the picture. Its Parliament has passed a bill that stops the country from investing in fossil fuels as part of an €8 billion ($8.6 billion) government fund. The measure still has to clear a review before it becomes law, but it would make Ireland the first nation to completely eliminate public funding for fossil fuel sources. Even countries that have committed to ditching non-renewable energy, like Iceland, can’t quite make that claim. The closest is Norway, which ditched some of its investments back in 2015.

The bill was put forward by Deputy Thomas Pringle, who sees this as a matter of "ethical financing." It’s a message to energy companies that both deny human-made climate change and lobby politicians to look the other way, he says.

Ireland’s decision won’t have the greatest environmental impact given its relative size, but this is still an aggressive move when many other countries aren’t ready or willing to drop their support for conventional energy. It’s a particularly sharp contrast to the US, whose new leadership is already going to great lengths to suppress climate change science and protect the fossil fuel industry.

Source: Independent

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President Donald Trump Still Uses an “Old, Unsecured Android Phone”

donald trump android phone

According to the New York Times, President Donald Trump still uses an “old, unsecured Android phone” regularly. While we don’t necessarily have on-the-record proof of this happening, we do know that all of the Tweets you’ve seen from him since being sworn into office all appear to have come from the official Android Twitter app, hence the “Twitter for Android” we see attached to those pictured below. 

Why do we care? Well, the President of the United States should probably not be carrying around an unsecured phone. In this position, you are one of the biggest targets in the world. An older phone without current patches leaves itself open to being compromised. A compromised phone could be used to monitor his position, record audio of conversations, or access imagery or video taken with the device, just to name a few of the bad things that he is welcoming in.

Edit: As some have pointed out in the comments, the President was supposedly given a new “secure, encrypted device” that was approved by the Secret Service last week. We don’t know if that phone was given Twitter access or if it was indeed an Android phone. Today’s report, from the same outlet that reported his secure phone is under the impression that he is back to using an “old, unsecured Android phone.” All clear?

But hey, it’s not like there are any hackers around who like to mess with politicians and their aides by releasing their private emails and other goods. I’m sure he’ll be fine.

Sure.

For f*ck’s sake, can someone take his god damn phone away already.

trump twitter android phone

Via: New York Times | IMAGE

President Donald Trump Still Uses an “Old, Unsecured Android Phone” is a post from: Droid Life

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80 years late, scientists finally turn hydrogen into a metal

Aurich / Thinkstock

If you don’t go far enough in chemistry, it’s easy to get the impression that metallicity is an innate property of certain elements. But “metallic” is simply defined as substances with electrons that can move around easily. These electrons give metals properties like good conductivity and an opaque, shiny appearance. But these traits are not exclusive to specific elements; carbon nanotubes can be metallic, and elements like sulfur become metallic under sufficient pressure.

In 1935, scientists predicted that the simplest element, hydrogen, could also become metallic under pressure, and they calculated that it would take 25 GigaPascals to force this transition (each Gigapascal is about 10,000 atmospheres of pressure). That estimate, in the words of the people who have finally made metallic hydrogen, “was way off.” It took until last year for us to reach pressures where the normal form of hydrogen started breaking down into individual atoms—at 380 GigaPascals. Now, a pair of Harvard researchers have upped the pressure quite a bit more, and they have finally made hydrogen into a metal.

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‘Father of Pac-Man’ Masaya Nakamura Dies (1925-2017)

‘Father of Pac-Man’ Masaya Nakamura Dies (1925-2017)




Namco founder Masaya Namakura has died aged 91. A major player in the arcade game world, he was best known for releasing Pac-Man, a game he named.

The company took its name from Nakamura Amusement Machine Manufacturing Company, having originally been Nakamura Manufacturing. It began with just a pair of mechanical horse rides but went on to be one of the pioneers of coin-op games after buying out Atari’s Japanese subsidiary. The purchase included the Japanese distribution rights to Atari’s games in Japan for 10 years, something Nakamura exploited by opening arcades.

Although the company had released other games beforehand, including Galaxian (the first with multi-color graphics,) it was 1980’s Pac-Man that became the most famous. Toru Iwatani designed the game, but Nakamura is credited with naming the character, taking the name from Japanese term “pakku”, which both describes and audibly resembles the action of repeatedly gobbling food.

In 2007 Nakamura was honored by the Japanese governments for his contributions to the business world.




























































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‘It’s A Big One’: Iowa Pipeline Leaks Nearly 140,000 Gallons Of Diesel

An underground pipeline that runs through multiple Midwestern states has leaked an estimated 138,000 gallons of diesel fuel, according to the company that owns it, Magellan Midstream Partners.

Clay Masters of Iowa Public Radio reported diesel leaking from a 12-inch underground pipe was initially spotted in farm field in north-central Worth County, Iowa, on Wednesday morning. Officials from the U.S. Environmental Protection Agency and Iowa Department of Natural Resources joined representatives of Magellan and other local officials at the site, Masters reported.

“It’s a big one — it’s significant,” Jeff Vansteenburg of the Iowa Department of Natural Resources told the Des Moines Register.

“The product is under pressure, so as soon as a leak develops, it starts coming out pretty fast,” Vansteenburg said at a Wednesday evening news conference. “Vacuum trucks are sucking up as much liquid as they can and taking that down to Magellan’s terminal. … Once they’ve recovered all the free product that they can then they will go in and remove contaminated soil.”

Vansteenburg said the diesel had not reached nearby Willow Creek or a wildlife protection area.

A safety plan submitted by the company to the U.S. Department of Transportation in 2014 lists the pipeline, which runs through Illinois, Iowa, Minnesota, North Dakota, South Dakota and Wisconsin, as a transport route for multiple refined oil products, “including Diesel, Gasoline, Jet fuel, Natural gasoline, Naptha, Propane, Natural Gas, Butane.”

Maps of the pipeline were redacted from the public version of the report.

The leak occurred when the pipeline ruptured and diesel sprayed out, a spokesperson for the Iowa Department of Natural Resources told the Register.

More than a foot of snow has fallen since Monday in some parts of north-central Iowa. As of Wednesday afternoon, cleanup crews had sucked up “about 25,000 gallons of diesel and a slush-diesel mixture,” reported the Globe Gazette newspaper in Mason City, Iowa.

Another pipeline operated by Magellan leaked near Decatur, Neb., last October, according to the Omaha World-Herald, which reported that a ruptured pipe carrying anhydrous ammonia killed one person and led to the evacuation of 23 households.

In 2010, the company agreed to pay a $46,200 penalty for violating the Clean Water Act, after an estimated 5,000 gallons of diesel spilled into a creek near Milford, Iowa. That year, Magellan was also fined $418,000 for a 45,000-gallon gasoline spill in Oklahoma.

In November, the company temporarily shut down its pipelines in order to inspect them after an earthquake in Cushing, Okla., damaged several buildings, as we reported.

As the public media project Inside Energy has reported, “According to data from federal regulators, there is actually a low probability of a pipeline accident. But when there is an accident, the impact can be huge.”

The project also created a map of all the pipeline spills reported since 2010.

Inside Energy also reported last year on what it called the “chronically underfunded and understaffed regulatory agency,” the Pipeline and Hazardous Materials Safety Administration, that oversees pipelines in the U.S.:

“According to PHMSA, the agency has 533 inspectors on its payroll. That works out to around one inspector for every 5,000 miles of pipe. A government audit in October [2016] found that that PHMSA is behind on implementing new rules. It has 41 mandates and recommendations related to pipeline safety that await rulemaking.”

The PHMSA makes searchable information about where pipelines are in the U.S., broken down by county, available at its website.

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