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Cellular

Yaliny is offering inexpensive satellite-based phone calls and data coverage anywhere in t...

Visit an area outside of your cell network, take a vacation in a different country, or play a certain augmented reality game requiring you to have a constant high speed data connection, and congratulations, you’ll have an instant reminder of the current limitations of cellular networks. The Russian company Yaliny ambitiously hopes to help consumers circumvent traditional providers with Yaliny’s own network of satellites and an intermediary device called the Yaliny Point which will work with most smartphones, all for a promised US$150 for the hardware and $10 monthly thereafter.  Read More

The Postybell uses a GSM module to alert users to a delivery wherever they are

Last year we took a look at Postifier, a device that sits in a mailbox patiently awaiting any deliveries and alerting users on their smartphone when something arrives. Because Postifier relied on Bluetooth technology, range was limited to around 100 ft (30 m), but a new product called Postybell extends range to "any distance" by relying on GSM technology.  Read More

Artemis has unveiled pCell, a new mobile network technology that overcomes the problems as...

The rise of smartphones and subsequent explosion in mobile data usage has put a strain on mobile networks, slowing them down when congested and requiring more and more radio spectrum space to accommodate the demand. Artemis Networks hopes to solve this problem with a new technology called pCell, which promises full speed mobile data regardless of the number of users.  Read More

New York City in the pastel shades of Nickolay Lamm's cellular network interpretations (Ph...

Nickolay Lamm is a self-identified artist and researcher, who is making a career of transforming ordinary images into extraordinary visual displays of quantitative information, to borrow from Ed Tufte. We take a look at his transformation of New York, Chicago, Hollywood, and Washington D.C. through converting cellular network transmissions into visual overlays.  Read More

Mini-, micro-, and nano-SIM cards

The SIM cards that fit into those tiny slots in your cell phone and tell your cellular network to whom your calls are to be charged come in four different sizes. With the only real difference between them the amount of excess plastic on which the circuitry is housed, MicroSIMcutter's new SIM card cutter can cut either mini- or micro-SIM cards into the nano-SIM form factor, allowing a user switching phones to recycle their existing card.  Read More

The M13 bacteriophage can be used to deliver a DNA message in the “Bi-Fi” biological inter...

The internet has revolutionized global communications and now researchers at Standford University are looking to provide a similar boost to bioengineering with a new process dubbed “Bi-Fi.” The technology uses an innocuous virus called M13 to increase the complexity and amount of information that can be sent from cell to cell. The researchers say the Bi-Fi could help bioengineers create complex, multicellular communities that work together to carry out important biological functions.  Read More

Using a modified HP DeskJet 500 printer, researchers at Clemson University have discovered...

Old inkjet printers are an important tool for bioprinting. Recently, researchers from Clemson University discovered that inkjet bioprinting disrupts the membranes of the cells being printed, leaving them open to having proteins inserted ... and opening up new avenues of research in the field.  Read More

Researchers have developed a nanoneedle that releases quantum dots directly into the nucle...

We recently saw the potential for nanoneedles and quantum dots to treat skin cancer, however researchers at the University of Illinois have gone one step further. They have created a nanoneedle (an incredibly small needle) that allows them to peak into the nucleus of a cell. When subjected to an electrical charge, the needle injects quantum dots into the nucleus of a living cell. These quantum dots (nanoscale crystals with unique properties in terms of light emission) can be used to monitor microscopic processes and cellular conditions, aid the diagnosis of disease, and track genetic information from within the nucleus.  Read More

Burning Man 2009 (Image: JahFae)

Burning Man, the popular desert music festival, is this year featuring a free, solar powered cellular network for the duration of the festival which winds up on Monday. The open source software, OpenBTS (Open Base Transceiver Station) is a low-cost replacement for traditional cell networks. It allows mobile phones to connect to each other if they're all within range of the transceiver, or to connect with any other phones with Internet connection. It utilizes a Universal Software Radio Peripheral (USRP) to create a GSM air interface on any standard GSM mobile phone. The founders of Burning Man, which began this week in Black Rock City, Nevada, have decided to trial the system by allowing the 50,000 or so attendees free access to the network.  Read More

A new breakthrough in cell regeneration could lead to the repair of damaged hearts (Image ...

Heart disease remains one the biggest killers in the Western world. When a heart attack or heart failure occurs, permanent damage often results, destroying live cells and leaving the patient with irreversible scarring. Now scientists at the Gladstone Institute of Cardiovascular Disease (GICD) have discovered a new technique to create healthy beating heart cells from structural cells, opening up the possibility of regenerating damaged hearts.  Read More

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