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Paul Bradshaw, visiting professor, City University and founder of helpmeinvestigate.com used the principal of toys to give ideas on developing the data story and explained the importance of  “future proofing the information we are gathering”, saying “that’s one of the big commercial imperatives”.

Conrad Quilty-Harper, data mapping reporter at the Telegraph, explained how creating maps adds to a story by using the example of a map on bike sharing schemes he created (though did not publish) using “Google Fusion Tables and a bit of javascript”. He recommends Google Maps and says the trailblazer of a news site using Google Fusion tables is the Texas Tribune.

My proudest example” was a live interactive Royal Wedding map which “worked brilliantly for three hours”. It showed some of the best tweets and were geolocated on the map. “We’ve got the data and we’re going to analyse it and do something with it in the future,” he said. “It tells you what people in specific locations were thinking”. The Telegraph would like to use the technology in a crisis news story, such as an earthquake or conflict.

Researchers have reported evidence that cell phone radiation has a variety of alarming biological effects, which are sure to fuel concerns about whether or not phones impact human health. Scientists reportedly found that GSM signals fragmented insect DNA in ovarian cells, that a brief "mild electromagnetic field" affects bone formation in fetuses, and that cell phone-frequency radiation increased the permeability of the blood-brain barrier in young adult male rats.

These findings were reported in a press release issued by the Environmental Health Trust, which notes that the rat brains can be "used to correspond to the brains of human teenagers." "This work provides a warning signal to all of us," said Professor Wilhelm Mosgoeller from the Medical University of Vienna. "The evidence justifies precautionary measures to reduce the risks for everyone of us."

other research findings, while potentially interesting, appear to be in-vitro studies of isolated cells. Proving biological effects of radiation on cells is useful in determining the ways radiation might impact humans in the real world, but it does not directly prove much beyond the experimental criteria.

A common mistake for those seeking to cope with this profound disruption is to confuse technology with innovation. Algorithms, apps and search tools help make data useful but they can’t replace the value judgements at the core of journalism.

Genuine innovation requires a fundamental shift in how journalists think about their role in a changed world. To begin with, they need to get used to being ‘curators’; sorting news from the noise on the social web using smart new tools and good old fashioned reporting skills.

I find it helps to think of curation as three central questions: * Discovery: How do we find valuable social media content? * Verification: How do we make sure we can trust it? * Delivery: How do we turn that content into stories for a changed audience?

As with all things Internet, the future of mobile payments is going to be fragmented, making the promise of a digital wallet on your phone a lot less exciting. Having a phone act as a credit card makes things faster, more convenient and might even lead to more bargains. But the way things are panning out, only people who meet very specific cell phone, bank, and credit card company criteria can join in on the fun. Just today, Verizon blocked Google Wallet from its phones, reports The Wall Street Journal's Amir Efrati and Anton Troianovski. So for those with multiple credit cards, or without a Citi Master Card, Google Wallet can't replace a wallet, giving it a major utility handicap.

As of right now, Google's mobile payment tech only works on Sprint phones with Citi Bank Master Cards. That applies to a very specific set of people. Of course, Google doesn't have the only digital wallet replacement out there. For everyone else, there's Verizon, who has teamed up with T-Mobile and  At&T to work on its version, Isis, which will begin trials next year, note Efrati and Troianovski. And Visa too is apparently in the works for its own mobile payments system, they add. We also can't forget third party apps like Square, Venmo and ZipPay, which allow users to pay others who have the app using stored credit card information. This almost works as a replacement for the wallet, and would theoretically work better than Google Wallet, if only every single place everywhere accepted Square payments -- but they don't. 

So we have two types of fragmentation happening in the mobile payments world. With these "wallet" payment systems, like Google Wallet and Visa's mystery service, the service is only as useful as having that single credit card. And then the system is fracturing on a retailer level. Even with Google Wallet, only stores with the compatible card reader accept it; same with the Square-like services. While the number of retailers accepting Square has grown, as this chart posted by The Atlantic's Alexis Madrigal shows, it can't become a wallet replacement unless every single retailer has it. The same applies to Google Wallet: Not every retailer has the capabilities. Like we've seen with Netflix and streaming movies, the services are nice supplements to cable. But not yet a replacement because they all have somethings but no one has all things. The same can be applied to mobile payments. They all can be used with some credit cards and at some retailers, but we won't leave our wallets at home until we get a cord-cutting equivalent. For now, users either have to load a smorgasbord of mobile payment apps, or settle for the current half-hearted solutions. 

A new Greek scientific study has demonstrated how frequency electromagnetic fields, namely cell phones, portable phones, WiFi, and wireless computer equipment, alter important protein changes in the brains of animals. Exposure to electromagnetic frequencies is the result of our advancing technologies, but it is important to study these effects so people know exactly what they’re dealing with in order to take the necessary precautionary measures.

The study, entitled “Brain proteome response following whole body exposure of mice to mobile phone or wireless DECT base radiation,” was published in the journal Electromagnetic Biology and Medicine. Important areas of the brain such as the hippocampus, cerebellum, and frontal lobe are regions responsible for learning, memory, and other functions. These areas are negatively impacted by microwave radiation, even at levels below the safety guidelines put in place by the International Commission on Non-Ionizing Radiation protection

Researchers found that 143 proteins in the brain were negatively impacted by radio frequency radiation over a period of 8 months. A total of 3 hours of cell phone exposure were simulated over the 8 month time period, and the results showed that many neural function related proteins’ functional relationship changed the for worse.

The slow rise of NFC (near field communication) has given rise to the idea that you can pay for purchases by doing little more than getting out your phone and tapping it at checkout. While the technology is growing, a surprising number of phones lack this feature. Thankfully there are companies out there who see this issue, and are working to correct it by offering accessories that will add NFC to your smartphone.

The first is called SDpass. This product has launched in China and works with KJava and Android devices with a built-in microSD slot. The microSD connection fits in the available slot, and is attached to a small antenna, which receives the signal. This is currently on sale for around $25, and features 2GB of storage on the SD card.

Another option that will soon be on the market is an NFC-enabled iPhone case being developed in Taiwan. It isn’t much larger than an ordinary case, with most of the bulk on the bottom, due to the connector. Since the dock connector is blocked, they have added a USB port, which will allow you to charge and sync the phone. It is currently looking to get approval from local regulators before it can be used on the market. When it receives approval, it should sell for around $51. Unfortunately there is no word on when (or if) either of these will come to the US.

A Week on FourSquare [wsj.com] by the Wall Street Journal deciphers the worldwide data behind the emerging location-sharing service Foursquare for the week in January 2011. The different visualizations available include an obvious heatmap of San Francisco showing where the most 'check-ins' occurred, a list revealing the distribution of the most popular venues world-wide, a line graph contrasting the differences between men and women in terms of their most preferred locations, and a categorically ordered list of the most popular locations by their absolute check-in frequency. You can read the accompanying news article here.

As a clinician fascinated by the use of new technologies to achieve outcomes, it’s hard to go past anything that is looking at bridging the divide between human emotions / touch and technology. Telenoid is one such project. It’s aim is to provide an effective way to transfer people’s presence. The research on telepresence is booming and it’s fairly widely accepted that videoconferencing is superior to teleconferencing and that platforms like virtual worlds provide even better telepresence sometimes. Telenoid is a step further again, providing a tangible means of interacting with someone remotely. In the second video below you’ll see its creator citing a key inspiration was the ability for remotely located grandparents to interact more with their grandchildren. That alone is laudable but for me the clinical simulation potentials stood out pretty strongly.

Real patients as simulation Imagine the ability to have a ‘patient’ reflecting the emotions and speech of a real person in combination with the current simulation functionality i.e. feedback, monitoring of biometric data etc. Taken a step further: a real patient experiencing a real health issue is able (with consent of course) to have their experience transferred to a simulation exercise in real time. There are already consumer devices on the market able to control avatars via thought processes, this is only a small step beyond that.

A specific example:

Micro-targeted ads were only the first step; now companies can easily link anyone's social media profile to their web-browsing habits, and sell that information to anyone who's interested. Google, Apple, Facebook, Microsoft, and others are, predictably, jockeying for lead position

Transformations of this magnitude are never confined to the market. Eventually, they spill over into the realm of politics and society. It's a familiar pattern: new technology enables new business practices. These practices, in turn, raise important social, political, and

Transformations of this magnitude are never confined to the market. Eventually, they spill over into the realm of politics and society. It's a familiar pattern: new technology enables new business practices. These practices, in turn, raise important social, political, and legal questions