Tour said: “Our technology is the only one that satisfies every market requirement, both from a production and a performance standpoint, for nonvolatile memory. It can be manufactured at room temperature, has an extremely low forming voltage, high on-off ratio, low power consumption, nine-bit capacity per cell, exceptional switching speeds and excellent cycling endurance.”
Rice University is continuing research on it’s ReRAM (resistive RAM) and has come up with some new ways to manufacture it. That’s the key to adopting any new discovery first done in a lab environment. You have to keep tweaking it to find out the best way to manufacture it at scale and at a reduced cost. So in the four years since the original announcement was made, now it’s possible to manufacture the Rice U ReRAM. And at the end of the article there’s a note that some people are already buying up licenses for the technology. Hopefully that’s not just for patent trolling protection insurance, no. Instead, I’m hoping some small Fabless chip design house takes this up and tries out some batches of this and qualifies it for manufacture at a large scale contract manufacturer of silicon chips. When that happens, then we’ll have the kind of momentum required to make ReRAM a real shipping product. And with any like Rice U. will continue work on improving the basic science behind the product so it more companies will find it attractive and lucrative. Keep your eye on ReRAM.
To do that, the researchers coated a lithium anode with a layer of hollow carbon nanospheres, to prevent the growth of the dendrites.
As research is being done on incremental improvements in Lithium Ion batteries, some occasional discoveries are being made. In this instance, the anode is being switched to pure lithium with a coating to protect the very reactive metal surface. The problem with using pure lithium is the growth of micro crystalline “dendrites”, kind of like stalagmites/stalactites in caves, along the whole surface. As the the dendrites build up, the anode loses it’s efficiency and that battery slowly loses it’s ability to charge all the way. This research has shown how to coat a pure lithium anode with a later of carbon nanotubes to help act as a permeable layer between the the electrolytic liquid in the battery and the pure lithium anode.
In past articles on Carpetbomberz.com we’ve seen announcements of other possible battery technologies like Zinc-Air, Lithium-Air and possible use of carbon nanotubes as a anode material. This announcement is promising in that it’s added costs might be somewhat smaller versus a wholesale change in battery chemistry. Similarly the article points out how much lighter elemental Lithium is versus the current anode materials (Carbon and Silicon). If the process of coating the anode is sufficiently inexpensive and can be done on a industrial production line, you will see this get adopted. But with most experiments like these, scaling up and lowering costs is the hardest thing to do. Hopefully this is one that will make it into shipping products and see the light of day.
Ya’ know, there’s a whole world of contract manufacturers out there and the NSA lets them all bid on these. They do not do all this work on their own in house, they like CIA have front companies that go around seeding the ideas, bids, RFPs that eventually lead to these devices. It’s a cottage industry of sorts of small COMMs outfits making small runs of very sophisticated devices. All in the name of National Security.
Originally posted on Hackaday:
Back in 2013, the NSA ANT Catalog was leaked. This document contained a list of devices that are available to the NSA to carry out surveillance.
[Michael Ossmann] took a look at this, and realized that a lot of their tools were similar to devices the open source hardware community had built. Based on that, he gave a talk on The NSA Playset at Toorcamp 2014. This covered how one might implement these devices using open hardware.
The above image is a parody of an ANT Catalog page, which shows [Michael]‘s HackRF, an open source software defined radio. In the talk, [Michael] and [Dean Pierce] go over the ANT Catalog devices one by one, discussing the hardware that would be needed to build your own.
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Resentment, Jealousy, Feuds: A Look at Intel’s Founding Team – Michael S. Malone – Harvard Business Review
Just when you think you understand the trio (as I thought I did up until my final interview with Grove) you learn something new that turns everything upside-down. The Intel Trinity must be considered one of the most successful teams in business history, yet it seems to violate all the laws of successful teams.
Agreed, this is a topic near and dear to my heart as I’ve collectively read a number of the stories published over the years from the Tech Press. From Tracy Kidder‘s, Soul of a New Machine, to Fred Brook’s The Miracle Man Month, Steven Levy’s Insanely Great. The story of Xerox PARC as told in Dealer’s of Lightning, the Arpanet Project as told in Where Wizards Stay Up Late. And moving somewhat along those lines, Stewart Brand’s The Media Lab and Howard Rheingold’s Virtual Reality. All of these are studies at some level of organizational theory in the high technology field.
And one thing you find commonly is there’s one charismatic individual that joins up at some point (early or late doesn’t matter) who then brings in a flood of followers and talent that is the kick in the pants that really gets momentum going. The problem is with a startup company say like Intel or its predecessor, Fairchild Semiconductor, there’s more than one charismatic individual. And keeping that organization stitched together even just loosely is probably the biggest challenge of all. So I’ll be curious to read this book Michael Malone and see how it compares to the other books in my anthology of organization theory in high tech. Should be a good, worthwhile read.
Unless its broadcast OTA, I’ll never see it. And that’s fine by me as the HD quality I get OTA exceeds the overly compressed digital cable most friends I have pay extra to receive. So I’ll be sitting out this bit of weirdness and pop-culture recursiveness.
Originally posted on TechCrunch:
A TV show devoted entirely to showing nothing but online videos is now the No. 1 syndicated new show in the nation. You may have seen RightThisMinute on HLN or one of your local channels: It’s on most Cox, Scripps and Raycom stations coast to coast and will soon be syndicated throughout about 91 percent of the country.
The show gets over 2 million viewers for each half-hour episode. Comparing some of the long-standing syndicated shows like the ever popular Judge Judy to RTM is like comparing apples to oranges, but it’s more popular than new shows with big names like Bethany and also Queen Latifah’s new talk show.
There are no writers for the show. The producers and talent all watch and comment on videos they find, TMZ-style, just as they watch them. That may be because the former executive producer for TMZ, Lisa Hudson, is now a part of the…
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AMD has been making lots of noise about Project FreeSync these past few months, but has also left plenty of questions unanswered.
FreeSync, and nVidia G-sync both are attempting to get better 3D rendering out of today’s graphics cards no matter what part of the market they are aimed at. But like other “features” introduced by graphics card manufacturers there’s a drive now to set a standard common to the manufacturers of cards and hopefully too, the manufacturers of display panels.
Adaptive-Sync is the grail for which AMD is searching, promoting and lobbying for going forward. It’s not too manufacturer specific and is just open enough to be adopted by most folks. The benefits are there too, as the article states Tom’s Hardware has tried out nVidia’s G-sync and it works. Which is reassuring given that sometimes these “features” don’t always appear as big revolutionaries strides in engineering so much as marketing talking points.
AMD has been successful so far in pushing adoption by the folks who make RAMDACs and video scaler circuits for the display manufacturers. That’s the real heavy lifting in driving the standard. And with some slight delays you may see the display panel manufacturers adopt this ActiveSync standard within the next year.
Originally posted on Hackaday:
For [Tony]‘s entry for The Hackaday Prize, he’s doing something we’ve all seen before – a head mounted display, connected to a Bluetooth module, displaying information from a smartphone. What we haven’t seen before is a cheap version of this tech, and a version of Google Glass that folds – you know, like every other pair of glasses on the planet – edges this project over from ‘interesting’ to ‘nearly practical’.
For the display, [Tony] is using a 0.96″ OLED connected to an Arduino Nano. This screen is directed into the wearer’s eye with a series of optics that, along with every other part of the frame, was 3D printed on a Solidoodle 2. The frame itself not only folds along the temples, but also along the bridge, making this HMD surprisingly compact when folded up.
Everything displayed on this head mounted display is controlled by either an Android phone…
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