#Liveblogging The iphone 5s Event From My Busted-Ass iphone 4sgreetings! I'm live blogging today's iphone event at
which we're expecting to see at least one new iphone from my old iphone 4s which is broken moderately.
There's a hairline crack on the left side of the screen which is unsightly and also sometimes makes it hard to select things on that side.
The back is shattered pretty much which is a recent development. I put the iphone on the armrest of my couch and the.
N kicked it off while napping like a dog having dreams about chasing squirrels except
haha omg HTML is SUCH A BITCH to use on an iphone. This is going to be slow as hell.
Also my phone is already VERY hot from the effort of just setting up this post. 12:18:
the cracks on the back of the phone are shedding small shards of glass into my palm. 12:20:
I'm also using 3g because 1. That's the only network his crappy old phone has and 2
. I've never been able to figure out how the in-office wifi works here at popsci.
I'm a professional tech journalist btw12: 30: who the hell decided GLASS was a good material for a thing you fumble with while drunk.
I need to type it the iphone is not liveblog-friendly 4/5 stars 12:39 I messe up the closing HTML tags again12:
44/sometimes my phone stops saying it has 3g signals and instead gives me this little sad circle.
I had 3g. I don't get it12: 46 I HATE THOSE CLOSING HTML TAGS WHYYYYY also
I'd link to it but by the time I finished writing the HTML for a link the event would be over. 12:58 lol love stream that's nsfw iphone. 1: 05
The cool thig the only cool thing about iphone liveblog gig is that I can do it from the bathroom. 1: 11
First of all the biggest problem you have with your iphone is your own fault. You can't really blame Apple for your inability to keep your phone safe.
Cool1: 23 there are two new iphones. I only need one to replace this one though. 1: 25 first is the iphone 5c. it's available in colors.
For example yellow1: 26 other colors include blue. And green 1: 28 who will be the first to wonder
if apple is ripping off Nokia with these bright colors???Fire that person1: 31 the iphone 5c will cost $100 for 16gb and $200 for 32gb.
Probably don't buy it cellphone plans are long and expensive so why get a chep bad phone
when you'll have to she'll out thousands of dollars over the next two years.
Buy good phones that's my controversial opinion. 1: 32 i feel like I'm getting the hang of HTML on this thing!
1: 33 crap1: 35 there are like a million colors of this new $30 case but they all look like a 1950s children's toy version of a rotary phone1:
36 now there's the iphone 5s. That gold color looks so bad what kind of monster will buy it?
I can block you. 1: 39 64 bit apps. I know what that means but my hands are sort of cramping up so
47 Jenna Wortham who writes about technology for a website called the New york times told me she wants the gold iphone.
48 better battery life than the last iphone says apple. That's good that matters. 1: 51 I cheated
and uploaded that image with my computer. I think it's impossible to upload images to our CMS from an iphone.
When will Phil Schiller address this1: 53 the new iphone 5s has a better camera.
Bigger sensor image stabilization burst mode. That's fine! The camera is unheralded as maybe THE main thing that puts the iphone above android phones in quality--apple's image processing is amazing way better than even flashy HTC
and Nokia cameras. 1: 54 just saw a guy do a kick flip in slow motion.
Radical!!!1: 567 whenever people gchat me it goes DONGGG on my phone and then
I have to scroll all the way back down to where I was typing. Stop it I'm trying to do journalism 1: 59 so there's a capacitive fongerprit sensor over the home button like we thought.
2: 02 iphone corrected fingerprint to fongerprit? Ok greetings from The netherlands I guess2: 05 oh apple says they encrypt the fingerprints.
08 iphone 5s will cost $200 for 16gb and $300 for 32gb. The iphone 4s is now free.
Fyi the iphone 4s has a tendency to shatter and is limited as a liveblogging tool. 2: 12 apple says we really love music.
Whoooooooa maybe you shoulda workshopped that sentiment man2: 13 oh Elvis costello cool. Hey dude play last year's model hahahhaha(?
Btw I'm selling a used iphone. As-is condition.@@Dannosowitz-You can easily replace the back of your iphone..
there are 2 screws in the bottom. I run an iphone repair shop so I can assure you it's a very simple process.
Two screws and it slides off. You'll just need the proper tools and replacement part to repair it.
What the iphone 20 and Galaxy S 23 Might Look like Together. http://www. globalnerdy. com/2012/09/24
/what-the-iphone-20-and-galaxy-s-23-might-look like-together/Coverage of a major technology event via the equivalent of a drunk twitter account.
Dan is complaining about fundamentally Apple things yet still owns an iphone. If you don't like the lack of 4g the terrible glass on the back the poor html get a different phone!
My previous phone was an HTC but I hated their lack of removable battery lack of micro SD aluminum unibody.
Hence why I now own a Samsung. Who knows where I will get my next one from.
http://live. theverge. com/apple-iphone-5s-liveblog/I do not understand how this guy still has a job...
First of all the biggest problem you have with your iphone is your own fault. You can't really blame Apple for your inability to keep your phone safe.
Second your phone isn't old. I'm still using a 3gs and writing this on my 3gs
which is old and decrepit. My final point is that you can proof read. Just because you are on your phone as
I am doesn't mean you can't take the 30 seconds out of your busy schedule to proofread what you wrote before you post it.
If not that phone suckswow. $200 for the 32 gig phone from last year. Ouchie. Not looking good for moving forward so far...
I'll give you $1 for your phone!@@mike13323it is supposed obviously to be satirical and it is your comment that comes off as pathetic.
First off quit complaining to the peanut gallery about your shattered phone that was your fault and nobody else's. Secondly there is no reason for you to misspell that many words using an iphone.
I mean it has autocorrect are drunk you f&cking? Thirdly your article made no sense. You are biased completely against the iphone
and yet you have one? Plus you haven't even used the new one how can you make a judgement on something you only got to look at from 100 yds away?
iphone 5s fingerprint sensor: The end of passwords? Apple's addition of a fingerprint reader in its latest smartphone the iphone 5s is part of its strategy to double down on device security. by Zack Whittaker September 10 2013 12:27 PM PDT Apple has unveiled its smartphone
's latest weapon: a fingerprint reader it's calling Touch ID. With its move Apple could end up making the technology commonplace as rivals might feel compelled to follow suit.
http://news. cnet. com/8301-1009 3-57602286-83/google-security-exec-passwords-are-dead/../Brazilian Doctor Arrested For Using Silicone Fingers To Fool Fingerprint-Based Biometric Check-Inour keyless
I found this article/live blog amusing. Some of you people get way to serious and bent out of shape.
Popsci ftw. 2. Please tell me you are getting a new phone (more to avoid getting shards in your hand than to accommodate requests in the comments.
If you made yourself do this you should know better. HTML on the iphone*hehe*5
Because we like human suffering. my friend's half-sister makes $72 an hour on the internet.
but last month her pay check was $15553 just working on the internet for a few hours. link www. jobs35. co o
The wisdom in human selection is the greatest risk factor here. tmarti69 As the Earth is currently in the beginnings of a magnetic polar flip with a ongoing to zero reduction of magnetic field more wild life will be subject to the the sun comsic radays
Yesterday Amazon announced the new Matchbook service which offers a deeply discounted Kindle version of a book
--if you've ever bought a qualifying book from Amazon even all the way back in 1995
when the site launched you can get a digital edition for somewhere between $3 and free.
Conservatree estimates that it takes about 24 trees to make one ton of non-recycled printing paper
and screen and factory emissions from production--but after that's done the environmental cost of each book you read on a Kindle is near zero.
Kindle ebooks are now more successful than physical books according to Amazon itself (which never releases specific Kindle sales numbers).
Amazon said about a year ago that for every 100 books sold on its site 114 ebooks were sold.
But Amazon's Matchbook service is a step backwards. Someone who usually buys digital books may now opt for the physical+digital bundle meaning that their environmental impact goes way up.
Khaled Hosseini's new book one of the biggest sellers of 2013 sells on Amazon at the time of writing for $14. 87 for the hardcover
which is why Amazon's offering it in the first place. This isn't an outright criticism; this is a nice service from the consumer perspective.
and the screen lights up and it holds a bazillion books. But I also like quietly boasting about the books I read
and authors and retailers (well Amazon the singular retailer) gets more money. But it could also put a dent in the progress we've made environmentally.
I just can't seem to get the hang of reading a novel on a screen. Can't quite put my finger on why that is
And I can immerse myself in the story on paper far more than I can on a screen.
either free or ended up being free after an Amazon/Googleplay gift card. When my book crashes it usually bends a page.
A combination of e-papers and Leap Motion technology will rival even touch screen technology. E-papers run on low voltage battery that can be integrated on the sheet and charged with a built-in solar strip.
These e-paper can be massed produced at fraction of the cost any conventional computer screen because they do not get assembled they get stamped like information is stamped on mass produced DVD's. The only problem with this cheap technology is that is going to have the same issues as with free energy there will be no money in it
The way I see it Amazon is practically throwing in the electronic edition along with the paper book at a reduced rate.
on a server somewhere. This is fine for most of the titles I read but what of the classics?
But it's nice that Amazon is adding the ebook as a bonus to the purchase of paper editions...
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#Good Job, Humanity: As Of Today We Are Consuming More than Earth Can Replenish This Yeartoday is Earth Overshoot Day.
and have produced more waste than can be reabsorbed according to the Global Footprint Network a think tank based in the U s. Switzerland and Belgium.
Today according to the Global Footprint Network more than 80 percent of the world's population lives in countries that use more than their ecosystems can renew.
To calculate the date the Global Footprint Network figures out how many days of a particular year the Earth's biocapacity can provide for the total ecological footprint.
The Global Footprint Network notes that the date is an approximation. The precision of the exact date is limited by aggregated country datasets
I'm not saying it isn't happening but based on their site I'm skeptical.
The people at Global Footprint Network aren't problem solvers they're worriers. The problem solvers are engineers agronomists entrepreneurs fishermen farmers bakers;
The Global Footprint Network acolytes are technocrats who only know how to fiddle with numbers. They can't even measure well as their annual reports show.
Frostty Global Footprint Network bases their conclusions on what they call ecological footprint and biocapacity.
Um Frostty Global Footprint Network isn't a group of scientists. It's a think tank. And FYI no one's knocking scientists.
You have about two websites that you quote from but ignore the expert climatogists and their vast data and conclusions derived thereof.
As they wait for their food Mark Moline an oceanographer from the University of Delaware opens a Toughbook laptop
After identifying promising targets in scans they will have to investigate in person diving to the various sites to determine
Everyone springs up and huddles around the screen snapping photos with their phones. Their excitement attracts the attention of a Japanese man dining at the other end of the long communal table who cranes his neck for a peek at the computer.
Moline abruptly shuts the laptop; WORLD WAR II wrecks attract dive tourists and salvagers. The next morning at the coral-reef lab Terrill debriefs Scannon and the Bentprop group.
Paul Reuter a Scripps programmer projects Google earth onto a wall. Reuter had used an archival map of observed plane crashes to mark Google earth layers with known wreck sites;
he then added a layer with intriguing objects that had turned up in the sonar images.
Terrill uses a laser pointer to indicate the newest find. The hard edges provide bright scatter he says.
so that human divers maximize their time at the correct site. With the boat now directly over the plane the dive teams begin to suit up.
and O'brien. He carries a handheld sonar that displays acoustic images on an LCD screen allowing the divers to zero in on the floatplane even in five-foot visibility.
And many other ones his son Patrick told me by phone from Florida where Mccullah lives (with dementia) at age 92.
Suzanne Finney an American archaeologist working with Palau's Bureau of Arts and Culture joins us for the 45-minute boat ride to the site of the Corsair.
With data from the robotic vehicles Palau can add downed aircraft to an inventory of the country's rich underwater sites something previously unattainable for an office that can barely afford to buy gas for a boat.
Terrill is beta-testing algorithms developed by Autodesk for the company's new cloud-based reality-capture software called Recap;
the software has been designed to model aboveground areas like historic sites and factory floors and Terrill is evaluating how well it works in an aquatic environment where light is distorted.
Scientists and naval historians could use such technology to document how wreck sites decay. Oceanographers and biologists studying living structures such as coral reefs could also benefit from it;
Bt Delta Endotoxin-The Bt delta endotoxin was selected because it is highly effective at controlling Lepidoptera larvae caterpillars.
For this reason GMOS that have the Bt gene are compatible with biological control programs
The Bt endotoxin is considered safe for humans other mammals fish birds and the environment because of its selectivity.
Bt has been available as a commercial microbial insecticide since the 1960s and is sold under many trade names.
Bt-corn is a type of genetically modified organism termed GMO. A GMO is a plant
Examples of GMO field crops include Bt-potatoes Bt-corn Bt-sweet corn Roundup Ready soybeans Roundup Ready Corn
www. axismundionline. com/blog/the-new-is-gm-food-safe-meme/www. axismundionline. com: Rave Rockstep Party Madness with added Science I think you've been Rave Rockstepping to some really bad sources during your Party Madnessthis is not a news source...
it's a blog. For ravers...I'm 30 so I think I'm over raving.
This is a Photoshop image from the memes that are being passed around on the internet. Most of those studies mentioned were no more than 90 day case studies. Just
I suggest to just Google it. Caen University-The study published in the peer-reviewed journal Food
Google: NK603 corni don't want to come off as rude or arrogant. I really just want everyone to know about this.
http://en. wikipedia. org/wiki/S%C3%A9ralini affairsoon after the study was published in September of last year six French national academies of science issued a joint statement condemned the study
http://dotearth. blogs. nytimes. com/2012/10/19/six-french-science-academies-dismiss-study-finding-gm-corn-harmed-rats/?
but convincing looking âÂ#Âoeexperimentã¢Â# that âÂ#Âoeprovedã¢Â# that cell phone use caused accidents.
âÂ# Just like the criminally fraudulent âÂ#Âoestudyã¢Â# on cell phones did find that they did cause accidents.
They claims the following on their website. Monsanto website states this: Can a farmer be sued
when a small amount of GM crop seed blows into a neighbor s fields? Do you sue this farmer?
A study was published recently examining adverse effects of Bacillus thuringensis (aka the Bt toxin) that Monsanto builds into their corn and soy.
and he's kind of an expert. http://wwwi-sis. org. uk/Bt-toxin. phpit is no coincidence that Monsanto has invested so much money in our politicians and against measures such as California's Prop 37.
And it's Likely in Your Water articles. mercola. com/sites/articles/archive/2012/07/19/gmo-corn-resulting-livestock-deaths. aspx?
They are already working on better solutions than GMO foods. 3-D printers can now print food that provides everything you need to survive.
http://newsfeed. time. com/2013/05/24/nasa-funded-3d-food-printer-could-it-end-world-hunger/Here is an article from Popsci detailing the same thing:
http://www. popsci. com/technology/article/2013-05/nasa-funding-3-d-printer-thatll-make-pizzai can't speak to taste
#How 3-D Printing Body parts Will Revolutionize Medicinea device the size of an espresso machine quietly whirs to life.
more sophisticated printers advances in regenerative medicine and refined CAD software. To print the liver tissue at Organovo Vivian Gorgen a 25-year-old systems engineer simply had to click run program with a mouse.
They resembled cheap desktop printers because in fact that's what they were. In 2000 bioengineer Thomas Boland the self-described grandfather of bioprinting eyed an old Lexmark printer in his lab at Clemson University.
Scientists had modified already inkjet printers to print fragments of DNA in order to study gene expression. If an inkjet could print genes Boland thought perhaps the same hardware could print other biomaterials.
After all the smallest human cells are 10 micrometers roughly the dimension of standard ink droplets.
Boland emptied the Lexmark's ink cartridge and filled it with collagen. He then glued a thin black silicon sheet onto blank paper and fed it into the printer.
He opened a Word document on his PC typed his initials and hit print. The paper spooled out with TB clearly delineated in off-white proteins By 2000 Boland
and his team had reconfigured a Hewlett-packard Deskjet 550c to print with E coli bacteria. Then they graduated to larger mammalian cells farmed from Chinese hamsters and lab rats.
After printing 90 percent of the cells remained viable which meant the product was useful not simply art.
In 2003 Boland filed the first patent for printing cells. While Boland's lab worked out the problem of bioprinting other engineers applied 3-D printers to different medical challenges.
They printed bone grafts from ceramic dental crowns from porcelain hearing aids from acrylic and prosthetic limbs from polymer.
But those engineers had an advantage that Boland and his colleagues did not: They could print in three dimensions rather than just two.
So Boland and other bioprinting pioneers modified their printers. They disabled the paper-feed mechanisms in their inkjets
It was like magic says James Yoo a researcher at the Wake Forest Institute for Regenerative Medicine who is developing a portable printer to graft skin directly onto burn victims.
The advantage of the printer is that you can deliver cells more accurately and precisely.
A printer that can dispense the right ink in other words is only the first step. Cells have specific requirements depending on the tissue they're destined to become.
So as mechanical engineers began to build early 3-D printers tissue engineers tried growing replacement organs in a lab. They started by pipetting cells into petri dishes by hand.
Researchers soon adopted 3-D printers to make scaffolds more precisely. But manually placing the cells onto them remained a time-consuming and arduous process.
They also designed one printer to create both the synthetic scaffold and tissue in one fell swoop;
The magic he says happens after printing has taken place. Therein lies the biggest misconception about bioprinting:
Another key lies in printing cellular aggregates. You will never build an extended biological structure a big organ
An organ requires networks of blood vessels to distribute nutrients and oxygen. Without this core function cells will wither and die.
Organovo's researchers have made relatively robust vasculature by printing filler such as hydrogel among tubes of tissue cells.
The filler can later be extracted leaving empty channels for blood cells. Ibrahim Ozbolat a mechanical engineer at the University of Iowa has developed also a bioprinter
which uses multiple arms moving in tandem to deposit a vascular network and cellular aggregates at the same time.
what will enable the field's next wave of breakthroughs is sophisticated biologically software. With an inanimate object like a coffee mug a 3-D scanner can create a CAD file in minutes
and upload the design to a 3-D printer. There is no medical equivalent. An MRI doesn't tell you where the cells are says Lipson.
There's also no Photoshop no tools to move cells around. That's not a coincidence.
what most computer software can handle. You can't have a software model of a liver.
It's more complicated than a model for a jet plane. Instead of printing a test tube out of plastic to do chemistry in let's print our test tube out of tissue.
Sensing an opportunity Autodesk has teamed with Organovo to develop CAD programs that could be applied to bioprinting.
but they may have one in the coming years says Carlos Olguin head of Autodesk's Bio nano/Programmable Matter Group.
As a first step Autodesk plans to create a modern cloud-based CAD shell to help streamline the design process.
Eventually its goal is to integrate the math that describes self-assembly and other cellular processes into bioprinting software.
In April Olguin's team released Project Cyborg a Web-based platform geared toward nanoscale molecular modeling and simulations for cellular biology.
But in the mid-term by removing them from this amazingly tedious work of creating the most basic shapes we would hope they would then be able to focus on more interesting applications.
Scientists at MIT have built miniature liver models using micropatterning the same soft lithography technique used to put copper wires onto computer chips.
and nanoscientist developing a 3-D printer to manufacture medicine using chemical inks. Instead of printing a test tube out of plastic to do chemistry in let's say we now print our test tube out of tissue
The system could pick up radio frequencies beyond the range of normal human hearing. In a similar manner bioengineers might one day incorporate sensors into other tissues for example creating a bionic meniscus that can monitor strain.
A printer can put all the human pieces in the right places. But as Forgacs continues to wonder why do those pieces do
Printing livers? and Hearts? And Kidneys? Thousands of people a year are going to benefit. This is simply amazing.
Will they be able to change out parts as easily as we change a hard drive?
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