Lifeboat Foundation

At the end of last year, Davide Sher predicted that 2016 would see metal 3D printing move from a technology capable of producing small batches to a fully-automated method for serial manufacturing. Davide cited a number of machines in development that herald the age of serial metal 3D printing, but he may have left one system out: the Hyproline platform.

Continue reading “New Hyproline System Capable of High-Speed Mass Customization of Metal 3D Printed Parts” »

I love high capacity things. So when Samsung announced it’s producing 256 GB flash storage that can be used in mobile devices, I swooned. The memory is two times faster than the previous generation of Universal Flash Storage (UFS) memory, meaning that phones will not only have greater storage capacities, but also breeze reading and writing operations.

Nonetheless, there are probably still a lot of you thinking this isn’t a huge deal. You might say that the most popular Android phones already support microSD expandable memory, or that Android 6.0 Marshmallow supports adoptive memory, making it easier for your phone to read and write to expandable storage. But that would be missing the point.

Expandable storage has always been a bandage on a much greater problem plaguing Android phones: the cost of high capacity flash memory was too high and the size was too bulky to include in older smartphones. Plus, expandable memory has never performed nearly as well as internal UFS memory. Although Android 6.0 Marshmallow supports a new adoptive memory feature that basically treats external memory as internal memory, neither of Android’s two biggest vendors, LG or Samsung, support the feature in their new smartphones.

Continue reading “Your Next Phone Might Have 256GB of Storage Thanks to Samsung’s New Chip” »

NASA is hard at work developing Solar Electric Propulsion engines for future space missions to Mars and beyond.

Not just Apple. 2016 could prove to be a year of acquisitions leading into 2017. With investors pulling back and some great start ups around; could prove a great year for M&A in tech.

Apple is giving strong hints that it sees the current landscape as a buyer’s market for technology companies.

“In times when equity values are falling there’s great opportunity to” purchase companies, Apple CEO Tim Cook said at the company’s annual shareholder’s meeting, held in Cupertino, California on Friday.

Continue reading “Tim Cook hinted that Apple is gearing up for a buying spree of smaller technology companies” »

We might not think it, but we live in a pretty crowded part of the universe. But more than half our cosmos is made up of largely empty voids where there’s virtually nothing for hundreds of millions of light years of spacetime. At great distances, we still aren’t sensitive to dwarf galaxies that may lie within such voids. But even in the midst of such emptiness, these voids do have a few luminous elliptical galaxies not unlike the one seen here. Kudos to the team that crafted this new catalog map of these empty spots in our cosmos.

Astronomers have released the largest and most extensive catalog of cosmic voids ever generated — extending out some 8 billion light years in an area covering a quarter of the sky, mostly observable from the Northern hemisphere.

https://www.youtube.com/watch?v=lNlCyD_WOps&sns=em

Improving problem solving on Quantum.

1QBit has identified a new faster and more scalable method of embedding problems into a quantum annealing processor. Here’s how the Cartesian product of complete graphs, or CPCG, embedding method works to harnesses the power of quantum computing.

Very basic approach & points in how to think about machine learning — very simplistic.

What is machine learning? See how it works with our animated data visualization.

Professor Hawking’s take on Capitalism with AI.

Robot workers may bring utopia, if greed doesn’t get in the way.

I cannot wait until Q-Dot technology is commercially available to industries. When we start releasing Q-Dots to the commercial sector we’re going to see some real magic happen and possibly even able to improve many things that are refined, or created today. https://lnkd.in/bF4xm73

Silicon wafers have long been the go-to for all things electronic. First appearing in the ‘50s, they quickly made it as THE connectors, basically singlehandedly kickstarting the silicon revolution. A team of researchers from the Cornell University have discovered something they consider to be the next big step in quantum electronics. They are quite certain of the answer to the question “Are Quantum Dots the Silicon Wafers of the Future?”.