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This is awesome and WAY deserved.


A NASA facility in Fairmont, West Virginia, will be renamed after native Katherine Johnson, a pioneering mathematician who was depicted in the 2016 film “Hidden Figures” for her critical role in the success of the U.S. reaching space.

The Herbert Henderson Office of Minority Affairs announced the recognition of Johnson on Friday, according to The Register-Herald.

Jill Upson, the executive director of the office, reportedly spearheaded the process to have the facility renamed in 2017.

The great white shark is one of the most recognized marine creatures on Earth, generating widespread public fascination and media attention, including spawning one of the most successful movies in Hollywood history. This shark possesses notable characteristics, including its massive size (up to 20 feet and 7,000 pounds) and diving to nearly 4,000 foot depths. Great whites are also a big conservation concern given their relatively low numbers in the world’s oceans.

In a major scientific step to understand the biology of this iconic apex predator and sharks in general, the entire of the white shark has now been decoded in detail.

A team led by scientists from Nova Southeastern University’s (NSU) Save Our Seas Foundation Shark Research Center and Guy Harvey Research Institute (GHRI), Cornell University College of Veterinary Medicine, and Monterey Bay Aquarium, completed the white shark genome and compared it to genomes from a variety of other vertebrates, including the giant whale shark and humans.

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“I read more than my share of textbooks,” Gates says. “But it’s a pretty limited way to learn something. Even the best text can’t figure out which concepts you understand and which ones you need more help with.”

Software can be used to create a much more dynamic learning experience, he says.

Gates gives the example of learning algebra. “Instead of just reading a chapter on solving equations, you can look at the text online, watch a super-engaging video that shows you how it’s done, and play a game that reinforces the concepts,” he writes. “Then you solve a few problems online, and the software creates new quiz questions to zero in on the ideas you’re not quite getting.”

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Mars One is done.

“The company that aimed to put humanity on the red planet has met an unfortunate, but wholly-expected end. Mars One Ventures, the for-profit arm of the Mars One mission was declared bankrupt back in January but wasn’t reported until a keen-eyed Redditor found the listing.”


Fancied being part of a reality TV show about colonizing Mars? Sorry.

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Both “The Wandering Earth” and “Crazy Alien” are adapted from works by Liu Cixin, the writer who has led a renaissance in science fiction here, becoming the first Chinese winner of the Hugo Award for the genre in 2015.

His novels are sprawling epics and deeply researched. That makes them plausible fantasies about humanity’s encounters with a dangerous universe. Translating them into movies would challenge any filmmaker, as the director of “The Wandering Earth,” Guo Fan, acknowledged during a screening in Beijing last week.


Science-fiction movies have been slow to catch on in China, but led by “The Wandering Earth,” a wave of new blockbusters might change that.

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The “CSI Effect” has been described as being an increased expectation from jurors that forensic evidence will be presented in court that is instantaneous and unequivocal because that is how it is often presented for dramatic effect in television programs and movies. Of course, in reality forensic science, while exact in some respects is just as susceptible to the vagaries of measurements and analyses as any other part of science. In reality, crime scene investigators often spend seemingly inordinate amounts of time gathering and assessing evidence and then present it as probabilities rather than the kind of definitive result expected of a court room filled with actors rather than real people.

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Circa 2015


Researchers have used an infrared laser to cool water by about 2°C (36°F) — a major breakthrough in the field. As they are cooled by the laser, the nanocrystals developed by the University of Washington team emit a reddish-green ‘glow’ (shown) that can be seen by the naked eye.

‘Typically, when you go to the movies and see Star Wars laser blasters, they heat things up’, senior author and assistant professor of materials science and engineering at the University of Washington Peter Pauzauskie explained.

‘It was really an open question as to whether this could be done because normally water warms when illuminated.’