The meatball that shook the world has investors salivating.
Researchers develop a novel method to measure gravity that can get much more information.
New twist on CRISPR technology
Posted in biotech/medical, food
In a classic episode of an old-school TV comedy called I Love Lucy, we see Lucille Ball stepping into an assembly line job at a candy factory. As the pace of the conveyor belt exceeds her ability to wrap the candy, the frenzy gets the best of her. She shoves candy into her pockets, into her hat, into her mouth—it’s a job fail.
As we know, faster doesn’t always mean better. And precision can take a big bite out of speed.
Sometimes, though, innovative minds come up with a new strategy that improves both efficiency and precision.
Purified cannabidiol reduces seizures in patients with severe epilepsy, study shows.
A new report from NASA’s Office of Inspector General finds that regular commercial crew flights by private companies SpaceX and Boeing likely won’t begin until summer 2020, despite NASA’s push for spring 2020 targets.
CDC Sends Surge Staffers To Stop Vaccine-Derived Polio Outbreaks In Africa : Goats and Soda Health officials have long known that virus from the oral vaccine can contaminate water supplies; they underestimated how big a problem this would be.
Discovered: the brain’s map pins
Posted in neuroscience
New finding sheds new light on how the brain processes spatial memory.
OHB, which started as a ship-maintenance business, doesn’t want to rely on the aerospace giants anymore.
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In the last video in this series, we discussed the biologically inspired structure of deep leaning neural networks and built up an abstracted model based on that. We then went through the basics of how this model is able to form representations from input data.
The focus of this video then will continue right where the last one left off, as we delve deeper into the structure and mathematics of neural nets to see how they form their pattern recognition capabilities!
Thank you to the patron(s) who supported this video ➤