Filed under: cellular

The First Really Zombie-Proof House

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When it comes to buying a home, you've got to ask yourself, "is there gonna be enough room for all my junk/shit but what if zombies attack?" Sadly, for most the answer is "lose and die". But not the owner of this house! THEY BE KEEPIN' THEY BRAINS.

"The most essential item for our clients was acquiring the feeling of maximum security," begins the designers' website in the summary of the structure. Who wouldn't feel safe in a concrete rectangle that folds in upon itself to become completely sealed? Even the windows are covered with a slab of concrete when the structure is on nap time.


The house, with its movable walls, has only one entrance, which is located on the second floor after crossing a drawbridge. Seems like the perfect opportunity to use a flamethrower and defend the life of your family, while stylishly nesting in a piece of architectural elitism.

Damn, now that's a compound. Let's get an expert's opinion. Excuse me, Mr. Big Bad Wolf, but what do you think about this house's security? "I just shat a brick". Haha -- sucked when you should've blown!

Hit the jump for a bunch more shots of our new zombie apocalypse meeting place.

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Cell-Phone Safety: What the FCC Didn't Test

Via:Time

We are a nation grown numb to the seemingly endless fine print that accompanies our purchases. But every now and then a product is sold with a warning that should command attention. Consider the little-noticed bit of legalese that comes in the safety manual for Apple's iPhone 4: "When using iPhone near your body for voice calls or for wireless data transmission over a cellular network, keep iPhone at least 15 mm (5/8 inch) away from the body, and only use carrying cases, belt clips, or holders that do not have metal parts and that maintain at least 15 mm (5/8 inch) separation between iPhone and the body," the warning reads.

Similar warnings against carrying cellular and smart phones in a closely sewn pocket show up throughout the industry. The safety manual for Research in Motion's BlackBerry 9000 phone tells users that they may violate Federal Communications Commission (FCC) guidelines for radio-frequency energy exposure by carrying the phone outside a holster and within 0.98 inches (2.5 cm) of their body. The safety manual of the Motorola W180 phone tells users to always keep the active device one full inch away from their body, if not using a company-approved "clip, holder, holster, case or body harness." 

Skeptics of the safety of cellular phones have seized upon these warnings as evidence that the ubiquitous devices may be exposing Americans to far more radiation than regulators measure. "Nobody is watching," says Devra Davis, the author of a new book called Disconnect: The Truth About Cell Phone Radiation, What the Industry Has Done to Hide It, and How to Protect Your Family. "Is the law broken if something is so complicated that nobody notices?"

The answer, like the fine-print warnings themselves, is complicated, and likely has as much to do with corporate concerns over legal compliance as it does with health, given the current body of scientific knowledge. "The companies want to legally protect themselves," says Robert Cleveland Jr., a former FCC official who worked on setting the current cellular-phone radio-frequency standard. 

The warnings stem from an odd quirk in federal testing procedures designed to ensure the safety of cellular phones. In 2001, the FCC released a set of guidelines for manufacturers that required all cell phones sold in the U.S. to emit a specific absorption rate (SAR) of not more than 1.6 watts of radio-frequency energy per kilogram of body tissue, a standard deemed safe given the state of scientific knowledge about thermal harm from radio-frequency waves. The standard was considered a so-called worst-case scenario, accounting for the energy emitted when the phone was transmitting at full power all of its various signals — such as Bluetooth, wi-fi and cellular.

But the FCC testing regulations notably chose not to simulate a situation in which the phone was broadcasting at full power while inside a shirt or pants pocket flush against the body, an odd oversight given the known habits of many cellular-phone users. As a matter of physics, radio-frequency energy generally increases sharply as distance is reduced. "The exposure is definitely related to distance," says Cleveland. 

According to the 2001 FCC guidelines, testing of the device in a "body-worn" configuration should be done with the device in a belt clip or holster. If a belt clip or holster was not supplied with the phone, the FCC told testers to assume a separation distance of between 0.59 inches and 0.98 inches (1.5 cm to 2.5 cm) from the body during a test.

"Clearly if it's tested in a holster, it's only guaranteed to be compliant if it's used with a holster," says one current FCC official familiar with these issues, who asked not to be identified by name. "Clearly a lot of people weren't aware of this, and it probably does need to be addressed." Some phones come with a holster included, while others, including Apple's iPhone 4, are not sold with holsters.

A spokeswoman for Apple, Natalie Harrison, provided a statement in response to questions about the iPhone warning. "iPhone's radio-frequency energy is well within the limits set by the Federal Communications Commission of the U.S., Industry Canada of Canada and other countries," she said. Representatives for Motorola and Research in Motion did not respond to requests for comment.

John Walls, a spokesman for CTIA, a trade group representing the wireless industry, confirmed that the warnings arose from the FCC testing guidance. "Because they test at the waist in the holster, any reference to use guidelines or advice incorporates the buffer the holster provides," Wall wrote in an e-mail to TIME.

So should you be worried about putting your phone in your pocket? The answer depends largely on how much faith you put in the current state of scientific research about radio-frequency energy.

Both U.S. and international regulatory bodies like the World Health Organization have found that available scientific evidence does not demonstrate an increased health risk due to the radiation that is emitted by cellular phones. But these statements, which are based on large studies looking for increases in conditions like brain cancer, do not rule out the possibility that future studies might reach a different conclusion, as more data is collected over longer periods of time and the general use of cellular phones increases. 

The FCC notes on its websites that studies linking radio-frequency exposure and cancer "have been inconclusive." The Food and Drug Administration (FDA), which has primary responsibility for monitoring the health science of cellular phones, has stated that it cannot rule out the possibility of a health risk from phones, but if such a risk exists, "it is probably small." One recent study found that people who used their phones most often and for the longest period of time — 30 minutes a day or more on average for at least 10 years — had a substantially higher risk of developing some form of brain cancer, but the study also found that those who rarely used cellular phones had a lower risk than those who used only corded phones.

The FDA recommends that those concerned about these health risks can either reduce the amount of time spent using a cell phone or "use speaker mode or a headset to place more distance between your head and the cell phone." If using a hands-free headset, the FDA recommends keeping a distance between your phone and your body, either by holding the phone in your hand, where it is likely to be less of a hazard, or in an approved body-worn accessory like a holster.

Given the current testing guidelines, it is impossible to know if any phone currently sold in the U.S. would exceed 1.6 watts per kilogram if worn in a pocket flush with the skin, or by how much. But the fine-print warnings suggest manufacturers are aware of the possibility. The BlackBerry 9000 warning, for instance, states that users should "use only accessories equipped with an integrated belt clip that are supplied or approved by Research In Motion" to "maintain compliance" with FCC guidelines.

In a recent update to its online advisory on cell-phone radiation, the FCC noted, "Many people mistakenly assume that using a cell phone with a lower reported SAR value necessarily decreases a user's exposure to RF emissions, or is somehow 'safer' than using a cell phone with a high SAR value."

The posting went on to explain that any given phone could have several different emissions levels in various configurations, and that FCC testing is only designed to ensure that the phone does not exceed 1.6 watts per kilogram of exposure in a "most severe, worst case (and highest power) operating conditions." The Web posting, however, did not explain why FCC testing fails to account for the worst-case (and quite common) scenario of a cell-phone user who wears a phone against the skin inside a pocket.


Your CellPhone is a Tracking Device for The Government

Smart phones do many things these days: surf the Internet, send e-mail, take photos and video (and — oh, yes — send and receive calls). But one thing they can do that phone companies don't advertise is spy on you. As long as you don't leave home without your phone, that handy gadget keeps a record of everywhere you go — a record the government can then get from your telephone company.

The law is unclear about how easy it should be for the government to get its hands on this locational data — which can reveal whether you've been going to church, attending a Tea Party rally, spending the night at a date's house or visiting a cancer-treatment center. A federal appeals court ruled last week that in some cases the government may need a search warrant. And while that's a step forward, it's not good enough. The rule should be that the government always needs a warrant to access your cell-phone records and obtain data about where you have been. 

When you carry a cell phone, it is constantly sending signals about where you are. It "pings" nearby cell-phone towers about every seven seconds so it can be ready to make and receive calls. When it does, the phone is also telling the company that owns the towers where you are at that moment — data the company then stores away indefinitely. There is also a second kind of locational data that phone companies have, thanks to a GPS chip that is embedded in most smart phones now. This is even more accurate — unlike the towers, which can only pinpoint a general area where you may be, GPS can often reveal exactly where you are at any given moment within a matter of meters.

There are some good reasons for this, which is why the government is actually forcing the phone companies to do a better job of knowing where you are. In the name of improving emergency services, the Federal Communications Commission will require phone companies to meet benchmarks in 2012 for how closely they can pinpoint a caller's location. "About 90% of Americans are walking around with a portable tracking device all the time, and they have no idea," says Christopher Calabrese, a lawyer with the American Civil Liberties Union's Washington office. 

Not surprisingly, law enforcement has found this sort of data extremely handy. Prosecutors are increasingly using cell-phone records to show that a suspect was near the scene of a crime — or not where he claimed to be. 

The federal government's position is that it should be able to get most of this data if it decides it is relevant to an investigation, with no need for a search warrant. If the government needs a warrant, it would have to show a judge evidence that there was probable cause to believe that the cell-phone user committed a crime — an important level of protection. Without this requirement, the government can get locational data pretty much anytime it wants.

It is not hard to imagine that the government could also one day use cell-phone data to stifle dissent. Cell-phone records could tell them who attended an antigovernment rally. It could also tell them who is going into the opposition party's headquarters or into the home of someone they have questions about. Cell-phone data may be the most efficient way ever invented for a government to spy on its people — since people are planting the devices on themselves and even paying the monthly bills. The KGB never had anything like it.

And, indeed, the U.S. government already appears to be sweeping up a lot of data from completely innocent people. The ACLU recently told Congress of a case in which, while looking for data on a suspect, the FBI apparently used a dragnet approach and took data on another 180 people. The FBI has said that if it does happen to gather data on innocent people in the course of conducting an investigation, it keeps that information for as long as 20 years.

Last week, the Philadelphia-based U.S. Court of Appeals for the Third Circuit pushed back. A federal magistrate judge, in a good and strong decision, had ruled that the government must always get a warrant if it wants cell-phone data. The appeals court scaled that back a bit, ruling that magistrate judges have the power to require the government to get a warrant, depending on the facts of the particular case.

The fight over cell-phone tracking is similar to one now going on in the courts over GPS devices — specifically, whether the government needs a warrant to place a GPS device on someone's car. (The courts are sharply divided on the question.) Cell-phone tracking is of far bigger consequence, however, because there is a limit to how many GPS devices police are going to put on cars. Nine out of 10 of us have cell phones that will do the tracking for the government.

The House of Representatives has been holding hearings on this issue and related ones, and a Senate hearing next week is likely to consider it further. It is time for Congress to act. It should amend the Electronic Communications Privacy Act to make clear that information from our cell phones about where we are and where we have been is deeply private — and that without a search warrant, the government cannot have it.

RIM says Apple claims about BlackBerry unacceptable

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Apple Inc appears to be deliberately distorting the issues surrounding the iPhone 4's antenna design by asserting that Research In Motion's BlackBerry has similar reception problems, RIM said."Apple's attempt to draw RIM into Apple's self-made debacle is unacceptable," RIM co-Chief Executives Mike Lazaridis and Jim Balsillie said in a statement emailed late Friday.

"Apple's claims about RIM products appear to be deliberate attempts to distort the public's understanding of an antenna design issue and to deflect attention from Apple's difficult situation."

Since the June 24 launch of the iPhone 4, some users have reported drastically reduced signal strength when they held the touch-screen phone a certain way, leading to dropped calls.

In response to the complaints Apple Chief Executive Steve Jobs said Friday the entire smartphone industry shared such reception problems, naming specifically Research in Motion, Samsung Electronics and HTC Corp.

At a rare, 90-minute press conference, Jobs maintained there were no problems with the iPhone 4's wraparound antenna design and accused the media of trying to "tear down" a company that had grown so successful.

"This is life in the smartphone world. Phones aren't perfect. Most every smartphone we tested behaved like this," Jobs said.

In response of Jobs' comments, RIM's co-chief executives issued a statement defending the BlackBerry's design and criticizing Apple's approach to dealing with the iPhone 4's antenna issue.

"RIM has avoided designs like the one Apple used in the iPhone 4 and instead has used innovative designs which reduce the risk for dropped calls, especially in areas of lower coverage," they said.

"One thing is for certain, RIM's customers don't need to use a case for their BlackBerry smartphone to maintain proper connectivity," the statement said.

RIM, based in Waterloo, Ontario, was referring to Jobs' offer to provide iPhone 4 users with free phone cases to address the reception complaints.

Apple, based in Cupertino, California, could not be reached immediately to comment.

WebOS Apps Stand Out Because There’s Less Competition

Hungry to earn a buck, many programmers are making apps for the two leading mobile platforms: Apple’s App Store and Google’s Android OS. But a few developers say they feel luckier playing with the underdog: Palm.

“I made some of the crappiest apps for the Pre, and Palm is giving me $1,000 for each,” software programmer Pete Ma (right) bragged to Wired.com last week during a developer conference, adding that each of his five apps took less than an hour to code.

Ma submitted five apps to Palm’s Hot Apps challenge, a contest designed to attract developers to the comparatively diminutive WebOS platform serving apps to Pre and Pixi customers. The incentive? A $1 million prize pool rewarding up to 221 apps based on their ranking. The top-ranked app will win $100,000, the next 20 apps will earn a $20,000 reward, and the subsequent 200 apps will win $1,000 each. Currently, the top-ranked app in the competition is Pandora, a popular music-streaming service. Ma says his apps are in the running for the smallest of the awards.

Though many credit Palm for pioneering the smartphone, the company has struggled in the mobile space for the past few years. And as an app platform, Palm’s WebOS barely registers. Apple’s iPhone currently leads the app race with a massive 200,000 apps, and Google’s Android platform follows with 50,000 apps. Palm’s WebOS App Catalog, by comparison, serves about 2,800 apps.

A Palm spokesman estimates that there are more than 1 million WebOS users total. That number is pitiful compared to the 90 million iPhone OS users (iPhone, iPod Touch and iPad customers). Meanwhile, Google says 100,000 Android phones are activated every day.

Given Palm’s smaller customer base, it’s unlikely we’ll hear phenomenal success stories where WebOS developers generate six-figure incomes with a hot-selling app. By contrast, a few lucky iPhone App Store developers have struck it rich. However, HP’s acquisition of Palm may lay the groundwork for a bigger customer base, which could eventually lead to more serious dough. An HP exec recently said the company is working on a WebOS-based tablet due out in October.

Before the platform gets bigger, Ma encourages developers to get an early start on WebOS, when there’s less competition. In fact, Ma laughed at the admittedly poor quality of his apps. One app called Fantasy Chat, a jokey program to chat with a robot, is ranked number 211, putting Ma in range to win $1,000. Another app, Playboy Covers, currently ranked 240, is on track to win Ma cash by next week. Three other apps will likely hit the top 221 soon as well, according to Ma’s estimations, based on average downloads.

The cash prizes are only a temporary incentive, as the contest ends June 30, but Ma said the quick escalation of his apps in the WebOS App Catalog are a testament to the potential to succeed in a store with fewer competitors.

“People should give WebOS a chance,” Ma said. “It’s a great platform if they’re lacking downloads on either Android or iPhone. Nobody was downloading my Android app.”

 A Palm representative said the purpose of the Hot Apps challenge was not only to increase visibility of the WebOS platform, but also to raise awareness of the flexible tools that Palm developers can use. For example, the Palm’s Plug-in Development Kit allows people who have already coded iPhone apps with C++ to easily port their apps over to WebOS. So even if coders are already invested in the iPhone OS platform, they can make a simple tweak to their app and share it with the WebOS audience as well.

Palm offers a 70-percent cut to developers for each app sale — the same as the App Store’s model. Also, developers have the choice between serving their apps through the official WebOS App Catalog, which involves undergoing an approval process similar to the App Store’s, or they can self-publish their apps on the web.

“What we’re hoping to do is give developers a choice in how they develop and a choice in how they distribute their application,” the spokesman said.

The Los Angeles Times offers a news app for WebOS, and developer Ken Schwencke said he enjoyed the simplicity of the platform. However, he said he was wary of investing more in the WebOS app in the near term, despite HP’s pending acquisition of Palm.

“I’m excited to see what HP has in store for WebOS, but honestly, I’m cautious about spending more development time on the app right now given the uncertainty surrounding WebOS’s future,” Schwencke said. “I’d say if you’re developing a suite of apps on other platforms, it’s worth it — if nothing else for the exposure and the good will it will generate with users.”

Should Nintendo Make Its Own Phone?

Apple has entered the gaming business with a bang. Who would have thought that we’d be talking about Apple as a video game juggernaut even two years ago? Yet the reality is that the iPhone and iPad’s multi-touch interfaces and endless stream of affordable apps have begun to eat into the sales of traditional game and console makers.

Nintendo is not taking the Apple threat lying down, however. According to The Times, the gaming giant is focusing all of its resources on an all-out assault against Apple, the company that Nintendo sees as the “enemy of the future.”

But how exactly should Nintendo fight back? One of the iPhone’s greatest advantages as a gaming device is that gaming is just one of its functions. Its dual functionality as a phone is what really makes it sell — gaming has just been a beneficiary.

In order to truly be competitive with Apple, does Nintendo have to build its own phone? Would it be a savvy choice or an epic disaster? Let’s answer that question now.


A Games-Only Device Just Doesn’t Cut It


The iPhone is taking big bites out of the software revenue of both the Nintendo DS and the PlayStation Portable (PSP). It’s simple, really; people don’t want to buy or carry around two devices. The casual gaming crowd especially needs a phone a lot more than it needs a portable gaming device. The iPhone fits the bill; the DS does not.

In the post-iPhone world, portable devices dedicated to gaming just don’t cut it. Hell, even consoles are diversifying — the Xbox 360, PS3, and Wii all stream Netflix and the Xbox 360 and PS3 have very strong multimedia and online components.

In the portable market, Nintendo is peddling the old model of delivering games — via cartridges purchased at a brick and mortar store — versus Apple’s new model, which enables users to download games from an easy-to-use online App Store. Oh, and as we’ve reported before, iPhone games are far cheaper than their Nintendo or Sony counterparts.

This perfect storm means one thing: Nintendo can’t rely on portable devices that only have gaming functions. Eventually, more consumers will demand the same functionality as the iPhone.


Nintendo Should Learn from the N-Gage



In 2003, Nokia actually tried to build a hybrid phone and gaming device. It was called the N-Gage, and it quickly became one of the biggest punch lines in the gaming universe. The “taco phone” never gained traction because of its odd shape, poorly-designed controls and its unappealing aesthetics. There wasn’t a demand for the hybrid phone.

I’m sure that Nintendo has discussed building its own phone, but I’m also sure that the N-Gage’s dramatic failure came up in the very next sentence. You simply can’t add phone functionality to a gaming device; people won’t put just anything up to their ears.

The smartphone market is a very rough market to play in right now. The iPhone and AndroidAndroidAndroid are on a collision course, with players such as the BlackBerry taking up another key segment of the market. Even Palm, with its patents and impressive WebOS, couldn’t break into the space. Why would a Nintendo phone do any better?

Building a phone isn’t easy or cheap. Even if Nintendo thought it needed a phone to compete with Apple, it’s improbable that it could out-engineer the very talented teams behind the iPhone and the iPad.


Nintendo, Do Something. Just Not a Phone.


Nintendo is smart to identify Apple as the enemy of the future. However, if the company has any common sense, it won’t try to compete directly with the iPhone — it doesn’t have the expertise to build something with the same form factor and functionality as the iPhone, and it doesn’t have the app store to match.

Nintendo’s current strategy is a start, although it isn’t enough. Sometime later this year, Nintendo will launch the Nintendo 3DS, a portable gaming device that will provide 3D effects and motion-sensing technology without the dorky glasses. This is a feature that clealry distinguishes it from the iPhone, but is it really enough to make consumers buy both an iPhone and the 3DS?

The 3DS may very well become a market success, but eventually the iPhone’s gaming catalog will simply dwarf the Nintendo library in terms of size and quality. Apple’s also serious about taking on the gaming powerhouses; the Apple Game Center, which will be released with iPhone OS 4.0 this summer, is a major addition to Apple’s gaming arsenal.

So what should Nintendo do? While I don’t know the answer to that question, I do know that building its own phone would be a costly mistake for the company that was built on the backs of Mario,Samus and Pikachu.

How Safe Is Your Cell Phone?

http://www.cameraphonesplaza.com/wp-content/uploads/2009/08/smart-phone-definition3.jpgIt takes a little extra work to get in touch with Andrea Boland. The Maine state representative answers e-mails and lists her business and home phone numbers on the Web. But unlike many politicians surgically attached to their BlackBerrys, she keeps her cell switched off unless she's expecting a call. And if she has her way, everyone in Maine — and perhaps, eventually, the rest of the U.S. — will similarly think twice before jabbering away on their mobiles.

In March, Maine's legislature will begin debating a bill she submitted that would require manufacturers to put a warning label on every cell phone sold in the state declaring, "This device emits electromagnetic radiation, exposure to which may cause brain cancer." Her warning would continue, "Users, especially children and pregnant women, should keep this device away from the head and body."  

For those of you now eyeing your cell phones suspiciously, it's worth noting that both the National Cancer Institute and the World Health Organization say there isn't evidence to support the assertion that cell phones are a public-health threat. But a number of scientists are worried that there has been a dangerous rush to declare cell phones safe, using studies they feel are inadequate and too often weighted toward the wireless industry's interests. An analysis published by University of Washington neurologist Henry Lai determined that far more independent studies than industry-funded studies have found at least some type of biological effect from cell-phone exposure. 

Several countries — including Finland, Israel and France — have issued guidelines for cell-phone use. And San Francisco Mayor Gavin Newsom, who began researching the issue when his wife was expecting their first child, is hoping his city will adopt legislation that would have manufacturers print radiation information on cell-phone packaging and manuals and require retailers to display the data on the sales floor.

With 270 million Americans and 4 billion people around the world using cell phones — and more signing up every day — a strong link between mobiles and cancer could have major public-health implications. As cell phones make and take calls, they emit low-level radio-frequency (RF) radiation. Stronger than FM radio signals, these RF waves are still a billionth the intensity of known carcinogenic radiation like X-rays.

The wireless industry contends that RF radiation lacks the strength to alter molecules in the human body; the Federal Communications Commission (FCC) maximum for cell-phone-signal exposure is intended to prevent RF radiation from heating tissue to the point that cells are damaged. Cell-phone RF radiation's "effect on the body, at least at this time, appears to be insufficient to produce genetic damage typically associated with developing cancer," Dr. Robert Hoover, director of the National Cancer Institute's Epidemiology and Biostatistics Program, testified at a 2008 congressional hearing.

But the body of research is far from conclusive. In 1995, Lai co-wrote a study showing that a single two-hour exposure of RF radiation — at levels considered safe by U.S. standards — produced the sort of genetic damage in rats' brain cells that can lead to cancer. Though subsequent researchers — often funded in part by the wireless industry — failed to replicate Lai's results, a 2004 European Union — funded study reported similar findings.

Dariusz Leszczynski, a research professor at Finland's Radiation and Nuclear Safety Authority in Helsinki, has done studies indicating that RF radiation may create a stress reaction in the cells that line blood vessels, leading to a dangerous breach in the blood-brain barrier. "Mobile-phone radiation may be able to indirectly hurt cells, perhaps by interfering with their ability to repair normal DNA damage," he says. "Given the scientific uncertainty, it's premature to say the use of cell phones is safe."

If RF radiation increases the chances of developing brain cancer, it should show up in long-term studies of cell-phone users. But many epidemiological studies have found no clear connection, including a 2007 Danish Cancer Society study of 421,000 cell-phone users, which led many in the media to conclude that mobiles are harmless. To date, "peer-reviewed scientific evidence has overwhelmingly indicated that wireless devices do not pose a risk," says John Walls, a spokesman for CTIA, a global wireless association. 

There are problems with many of these studies, however. For starters, the Danish one — which reviewed the medical records of people who had signed up for cell phones from 1982 to 1995 — didn't include all the business users, who were among the earliest adopters and most intensive users, because they were not billed directly.

Also, the study looked only at tumors that were diagnosed by 2002 — not long after daily use of cell phones became widespread. Brain cancers can take several decades to develop, so it might be many years before a measurable bump in cancer rates shows up. "The latency period we have is far too short," says Dr. Siegal Sadetzki, a cancer researcher at Israel's Gertner Institute whose epidemiological studies have found some connections between cell-phone use and salivary-gland tumors. "And today, people are using the phone much more heavily." 

Sadetzki served as Israel's principal investigator in the Interphone study, which was conducted over the past several years by 13 countries, most of them European. The Interphone results initially were to be published in 2006, but the final report has been postponed repeatedly, and the study investigators are reportedly deeply divided. In the U.S., which isn't one of the Interphone countries, the National Toxicology Program is launching studies of the health effects of cell phones. But peer-reviewed results won't be available until at least 2014.

That's a long time to wait for definitive data. The good news is that there are easy ways for those concerned about RF radiation to cut down on exposure. Using your cell phone's speaker or connecting a wired headset — while keeping the handset away from your body — drastically reduces RF exposure. (Bluetooth headsets help too, but they still emit some radiation.) And given the potentially more serious risks for children, who have thinner skulls than adults, parents might want to wait before handing teens their first phone — or at least ensure they use it mostly for texting.

Meanwhile, a start-up, Pong Research, is selling cell-phone cases that significantly reduce radiation exposure by channeling waves away from the head. Says Alfred Wong, Pong's chief scientist and a professor emeritus of physics at UCLA: "I think it's best to avoid as much of the risk as possible until the verdict is in."

That's exactly what Boland and other advocates of warning labels are arguing. It's true that cell-phone use has yet to be linked to cancer risk. "Scientifically speaking, we don't have the proof yet," says Sadetzki. "But as a public-health concern, I'm saying we definitely should adopt precautions."

 

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