popSLATE — a case for your iPhone that adds a second screen

Credit: popSLATE/Wired

popSLATE adds a second screen to your iPhone 5 or 6. iPhones already have screens that critics rave about — why add another?

By using an E-Ink display, popSLATE brings a different set of characteristics that lend themselves to different uses:
● ultra low power
● only consumes power when the display changes
● monochrome
● produces no light itself
● clearest in direct sunlight

Different uses, such as:
● decorative — protective phone cases often have a decorative image — popSLATE can have one that can be changed as often as desired, & the display only consumes power when it changes
● any other display which is required for an extended period — speaking notes, lists, directions, e-reader — can be displayed without the battery drain of the main screen
● any display which must be viewed in direct sunlight



More:

http://the-gadgeteer.com/2015/01/11/add-a-smart-cover-with-a-second-screen-to-your-iphone-6/?utm_source=feedburner&utm_medium=feed&utm_campaign=Feed%3A+TheGadgeteer+%28The+Gadgeteer%29&_m=3n.002i.793.bg0ao004ub.128b

http://www.wired.com/2012/11/popslate-e-ink-phone-case/

http://www.phonearena.com/news/Add-a-second-screen-on-the-back-of-iPhone-6-with-this-popSlate-case-and-save-on-battery_id64706

Indiegogo page: https://www.indiegogo.com/projects/popslate-second-screen-case-for-your-smart-phone

popSLATE’s Indiegogo campaign has ended, but you can still pre-order one at: http://www.popslate.com/ / E-Ink eink screen back your smart phone case smartphone smart-phone low power low-power always on always-on customizable integration popSLATE roadmap iPhone 5 case low-power always on readable direct sunlight customizable images share cool stuff favorite app functionality snap a picture grab images screenshots slideshow screen keeps turning view something meeting ultra-low-power very ultra low power always on possibilities urgent notifications sports scores maps notes calendar talking points Micro E-Reader ereader Kindle LCD screen open API build always-on applications new ways for people to interact with the phone ruggedized E-Ink screen protects nearly indestructible power when the image changes negligible power lightning connector power data exchange shortcut navigation tactile interface accelerometer double tap back cycle through images app take pictures camera browse image gallery manage library connect users send receive images messages screen ruggedized 4” 4 inch diagonal
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GM 200-mile-range electric vehicle (update)

General Motors has shown off a concept version of its long-promised 200-mile-range electric vehicle (EV) at the Detroit Auto Show.

http://www.wsj.com/articles/gm-readies-electric-rival-to-tesla-1420859986

Bolt is the name of the new GM vehicle. John Voelker of Green Car Reports believes he has a privileged perspective on the likely confusion arising from the similarity in the names Bolt & Volt:
http://www.greencarreports.com/news/1096166_why-bolt-is-a-really-terrible-name-for-chevys-electric-car

In fact, there is little new here. GM’s 200-mile-range EV & its 2016 release, has been widely reported previously. All that has been shown is a concept. A production vehicle won’t be available until 2016, & may bear little similarity to the vehicle at the Detroit Auto Show. Take a look at Volt concept versions.

Despite the fact that there is little new in the GM announcement, it has led Seeking Alpha to predict the end of the line for Tesla in an article headed: “GM's 200-Mile Electric Car For $30,000: RIP Tesla”
http://seekingalpha.com/article/2811785-gms-200-mile-electric-car-for-30000-rip-tesla

Update: What is new: Green Car Reports indicates that the price will actually be $37,500 & the launch date, "... during 2017, likely as a 2018 model." http://www.greencarreports.com/news/1096238_chevrolet-bolt-concept-200-mile-30000-electric-car-concept-live-video-photos

What has been missed in the discussion so far, is that those unfamiliar with EVs have two major concerns:
1. range anxiety — range less than 100 miles won’t be enough for day-to-day use & will leave them stranded — in practice this goes away within a few weeks of ownership
2. cross country driving — relatively short range, combined with slow charge times¹ mean cross country travel will be slower than buyers accustomed to a range of hundreds of miles & five minute refuelling want to accept

Obviously, the 200-mile-range of the Bolt answers question 1., but no apparent answer for question 2.

Where does all of the above leave Tesla?
● Tesla’s Model III EV with 200-mile-range is scheduled for release in a similar time frame, & at a similar price to the GM vehicle
● Tesla’s Supercharger network with its promise of practical, free, cross-country travel remains a strong drawcard
● Elon Musk has hinted that the Model III will have good performance —
Tesla dropped the 40 kWh Model S because it was "sluggish" & "didn't feel like a Tesla". He has also criticised the performance of other EVs & has said that he wants to release a Model III that, “doesn’t suck”.
● if Tesla never sells a single Model III, in the Model S, they have: a luxury sports sedan — the best car Consumer Reports has ever tested — with an extremely loyal following — a waiting list for every car produced — cheap to run — & continues to be developed

Tesla has thrown open its patents. Elon Musk has said that he is prepared to negotiate with other vehicle manufacturers for use of the Supercharger network. He has also made it clear that other manufacturers would have to cover costs.

Elon Musk — where would the failure of Tesla leave him? Certainly not poor. He has made a great deal of money, but he has consistently claimed that the money is secondary. What he set out the achieve with Tesla, was to create a sustainable system of personal transport. And he has already done that.
__________
¹ Wayne Cunningham: “Slow, fast, & faster: Where to charge electric cars”, Cnet, http://www.cnet.com/news/slow-fast-and-faster-where-to-charge-electric-cars/

Time is an illusion

Credit: NASA/ESA/The Hubble Heritage/The Daily Mail

Although possibly not the first, Douglas Adams said, or at least wrote: "Time is an illusion.”*

He was almost certainly the first to add: “Lunchtime doubly so."*

While failing to address the, “Lunchtime doubly so," clause, Dr. Nikodem Poplawski** explains that time is an illusion ultimately created by living inside a black hole:

http://www.insidescience.org/content/every-black-hole-contains-new-universe/566

http://www.technologyreview.com/view/419827/why-our-universe-must-have-been-born-inside-a-black-hole/

http://www.dailygalaxy.com/my_weblog/2011/05/new-theory-black-holes-give-birth-to-new-universes-todays-most-popular.html
__________
* Douglas Adams: “The Hitchhiker's Guide to the Galaxy”, Chapter 2
"Time is an illusion. Lunchtime doubly so."
"Very deep," said Arthur, "you should send that in to the Reader's Digest. They've got a page for people like you."

** Dr. Nikodem Poplawski, Department of Mathematics & Physics, University of New Haven, http://www.nikodempoplawski.com// our universe may exist inside a black hole may sound strangebest explanation how the universe began observe today theory explored past few decades physicists unsolved questions big bang theory Universe singularity infinitely small point containing high concentration of matter expanding inflation suer fast super-fast expansion space slight lumps concentration matter early universe coalesced large celestial bodies galaxies clusters galaxies theories source dark energy speed up its expansion black hole answers physics general relativity modern theory of gravity largest scales any event occurs as a point in space and time spacetime massive object Sun distorts curves spacetime gravitational dent alters motion Earth other planets orbiting force of gravity quantum mechanics smallest scales atom quantum mechanics general relativity single theoryquantum gravity subatomic particles black holes Einstein-Cartan-Sciama-Kibble theory of gravity Universe quantum property spin particles atoms electrons internal angular momentum torsion two dimensional canvas flexible one dimensional rod bending rod corresponds curving spacetime twisting the rod spacetime torsion early universe black holes extreme environments spacetime torsion manifest repulsive force counter counters attractive gravitational force spacetime curvature very massive stars collapse collapsing black holes light escape strong prevent matter from compressing point of infinite density extremely large finite density energy converted mass immensely high gravitational energy extremely dense state production of particles greatly increasing the mass inside the black hole spin higher levels of spacetime torsion repulsive torsion stop the collapse big bounce recoil expanding universe universe's shape geometry distribution of mass every black hole would produce a new baby universe inside our own universe interior of a black hole existing in another universe motion of matter black hole's boundary event horizon only happen in one direction direction of time we perceive as moving forward times’s arrow of time inherited through torsion from the parent universe explain observed imbalance between matter antimatter Dr. Nikodem Poplawski theoretical physicist at the University of New Haven in Connecticut.
/

Formula E, round 4, Buenos Aires, Argentina, Saturday 10 January 2015 (video)

Qualifying (1:17:40)


Race (55:32)


Complete results, including the race & qualifying:
http://www.fiaformulae.com/en/results/buenos-aires-eprix.aspx / Formula E Buenos Aires Argentina fourth race all electric racing series fourth race Buenos Aires Argentina open wheeler ePrix stadium races F1 FIA electricity sport electric vehicles EV terrific acceleration pass passing possible tracks with tight corners technology range race organizers identical cars Spark-Renault SRT_01E built French company Spark Racing Technology carbon fiber aluminum chassis Dallara electric powertrain electronics McLaren Electronics Systems Williams Advanced Engineering building 200 kiloWatt battery pack batteries powertrain generate 270 horsepower five-speed paddle shift gearbox fixed gear ratios Michelin 18 inch tires wet dry conditions sound 80 decibel whine full grid 20 cars FIA Formula E strategy street courses dedicated circuits tire wear grip management battery life charge prematurely testing drivers learn knowledge teams construction constructors constructing FanBoost pit stop second fully charged car advances in battery technology battery swaps charging battery Renault Michelin DHL Qualcomm Richard Branson Virgin Racing team Leonardo DiCaprio Venturi team lithium ion LiIon battery charge recharge range battery management system BMS /

Reversible USB Type-C finally on its way, alongside USB 3.1’s 10Gbit performance

Credit: ExtremeTech

CES generates a lot of hype about new & interesting gadgets. This year, less spectacular, but more significant than most, is the new USB Type-C connector & associated USB 3.1 standard.

Important new features include:
● reversible connectors
● more power (up from 10W to 100W) means that almost all peripherals can be powered directly by the USB connection — no more power brick for an external drive or USB hub
● higher data rates — up to twice as fast

http://www.extremetech.com/computing/197145-reversible-usb-type-c-finally-on-its-way-alongside-usb-3-1s-10gbit-performance#disqus_thread / CES show practical products USB Type-C connector USB 3.1 standard frustration connect USB devices computers Intel USB Type-C solve this problem universal connector that’s also capable of twice theoretical throughput USB 3.0 provide far more power hybrid cabling USB 3.1 cables backwards compatible disc USB 3.0 ports, Type-C adapters conventional USB new connector signal overhead drop significantly 128-bit and 132-bit encoding scheme PCI-Express 3.0 Type-C USB 3.1 Type-C plug previous standards USB manufacturers adopt expensive 3.0 hardware mobile devices cause confusion mistake one type of port for the other deploy technology mobile phones tablets interfaces consume more power USB controller can be powered down active drawing power PC charging port heat dissipation higher bandwidth higher heat 3W 4W specifications Watt 100W power envelope USB 3.1 more practical value 10Gbps bandwidth capability SSD enclosures conventional mechanical drives SSDs USB 2.0 hard drive slow compared to SATA power bricks connect points sufficiently reinforced external peripheral powered by single cables USB hubs multiple devices higher bandwidth flippable connector power provisioning competition Intel’s Thunderbolt high-speed standard bandwidth RAID TRIM motherboard add-on cards late 2015 early 2016 Type-C connectors disk disc drive /

Formula E, round 4 tomorrow — Buenos Aires, Argentina (update)

Credit: Forza Motorsport

Update: video of the entire race, plus qualifying at:
http://hhg2tech.blogspot.com.au/2015/01/formula-e-round-4-buenos-aires.html

Buenos Aires, Argentina
Round 4 - Saturday 10 January 2015
Practice 1 - 08:15-09:00 Buenos Aires local time
Practice 2 - 10:30-11:00
Qualifying - 12:00-12:55
Race - 16:00

FIA, Formula E web site:
http://www.fiaformulae.com/en.aspx / Formula E all electric racing series fourth 4th race Buenos Aires, Argentina ePrix stadium races F1 FIA electricity sport electric vehicles EV terrific acceleration pass passing possible tracks with tight corners technology range race organizers identical cars Spark-Renault SRT_01E built French company Spark Racing Technology carbon fiber aluminum chassis Dallara electric powertrain electronics McLaren Electronics Systems Williams Advanced Engineering building 200 kiloWatt battery pack batteries powertrain generate 270 horsepower five-speed paddle shift gearbox fixed gear ratios Michelin 18 inch tires wet dry conditions sound 80 decibel whine full grid 20 cars FIA Formula E strategy street courses dedicated circuits tire wear grip management battery life charge prematurely testing drivers learn knowledge teams construction constructors constructing FanBoost pit stop second fully charged car advances in battery technology battery swaps charging battery Renault Michelin DHL Qualcomm Richard Branson Virgin Racing team Leonardo DiCaprio Venturi team lithium ion LiIon battery charge recharge range battery management system BMS /

Antibiotic drought may be over

Credit: BGLH

There are two problems with antibiotics:
1. lack of new antibiotics — since 1987, no new antibiotic has been approved for clinical practice
2. resistance — hence, “superbug” — e.g. antibiotic-resistant strains of tuberculosis

Together, these two problems have raised the spectre of a future without antibiotics.

Now, a new method of identifying new antibiotics has been developed. Twenty five antibiotics have so far been discovered, using this method, with the promise of more to come.

Teixobactin, most promising of the new antibiotics, works in a way not seen before: by attacking fats which are essential to building the cell wall of bacteria.

Because of this unique method of operation, it is hoped that resistance won’t be a problem. While there are reasons to hope that this may be true, similar claims have been made for many, if not all new antibiotics & antiseptics.

http://www.bbc.com/news/health-30657486

More on antibiotic-resistance:
http://www.abc.net.au/science/slab/antibiotics/superbugs.htm / decades long drought antibiotic discovery breakthrough US scientists novel method growing bacteria yielded 25 new antibiotics very promising new class antibiotics clinic discovered nearly three decades ago study Nature game changer game-changer experts antibiotic heyday antibiotic discovery 1950s and 1960s into doctor's hands microbes incredibly resistant extensiveley drug resistant tuburculosis medicine soil researchers researcher research Northeastern University Boston Massachusetts source nearly all antibiotics soil teeming with microbes grow grown laboratory lab team created subterranean hotel bacteria bacterium room device buried in soil unique chemistry of soil permeate room study scientists grow nearly half of all soil bacteria chemicals produced microbes dug up researcher's back yard tested for antimicrobial properties lead scientist Prof Kim Lewis 25 new antibiotics discovered method teixobactin latest most promising study shows uncultured cultured bacteria harbour novel chemistry not seen before promising source new antimicrobials revive field antibiotic discovery tests teixobactin toxic to bacteria not mammalian tissues clear deadly dose of MRSA tests on mice human tests needed researchers develop resistance teixobactin targets fats essential building bacterial cell wall difficult to evolve resistance antibiotic evolvedfree of resistance Professor Lewis several independent different tricks minimise resistance development /