Netflix’s ‘Cloverfield’ sequel starts streaming tonight

Last year Netflix’s Super Bowl ad focused on a season of Stranger Things we still had months to wait for, but this year things are different. The streaming company dropped a surprise 30-second teaser for The Cloverfield Paradox , a sequel to the 2008 monster movie that will be available for viewing worldwide tonight, after the game. As Deadline notes, the Paramount/J.J. Abrams flick had been planned for a theatrical release this weekend, but reports that dealing with Netflix made the movie “immediately profitable.” Also, on Twitter Netflix revealed a promotional deal that will send snacks directly to viewers in New York, San Francisco, LA and Chicago, in time for the movie’s debut after the game. Netflix: In the near future, a group of international astronauts on a space station are working to solve a massive energy crisis on Earth. The experimental technology aboard the station has an unexpected result, leaving the team isolated and fighting for their survival. Developing… NY, SF, LA, Chicago: since we’re doing surprises tonight, tweet back with #CloverfieldParadox

Follow this link:
Netflix’s ‘Cloverfield’ sequel starts streaming tonight

Starved brains kill memory-making to survive

“Thanks for the memories, but I’d prefer a bite to eat.” UFL.edu As the organ responsible for maintaining equilibrium in the body and the most energy-demanding of all the organs, the brain takes a lot of the body’s energy allocation. So when food is in short supply, the brain is the organ that is fed first. But what happens when there isn’t enough food to fulfill the high-energy needs of the brain and survival is threatened? The brain does not simply self-allocate available resources on the fly; instead it “trims the fat” by turning off entire processes that are too costly. Researchers from CNRS in Paris created a true case of do-or-die, starving flies to the point where they must choose between switching off costly memory formation or dying. When flies are starved, their brains will block the formation of aversive long-term memories, which depend on costly protein synthesis and require repetitive learning. But that doesn’t mean all long-term memories are shut down. Appetitive long-term memories, which can be formed after a single training, are enhanced during a food shortage. Read 3 remaining paragraphs | Comments

More:
Starved brains kill memory-making to survive