New iPhone 5 to be launched on September 21

Big Red have just blacked out vacations for all of its staff from September 21st until 30th, and tracking back the previous rumors about Apple’s most anticipated launched of iPhone 5, it’s somehow a good guess that this means the new iPhone will come on the 21st.

 

 The official announcement of the new iPhone 5 is rumored to be slotted on September 12th in which followed by the release 9 days after like to what the previous iPhone launches.

 The scenario is true for the original iPhone until the iPhone 4 which the company has kept 9-day or 12-day gap before the handset hit the shelves after the announcement.

 We can also consider Tim Cook’s preference as the former Apple logistics chief, that will more likely to have the release stick on prior 9 days availability.

 So if we’ll project the schedule ahead, by September 12th, Apple might announce the device and roll out pre-orders. Then on September 21st, the Cupertino-giant will release the device for mass consumption.

 Will multiple series of leaks, photos, parts and speculations there’s no doubt that the device is just around somewhere, now are you ready to stay on long lines to get the new iPhone?

Fingertip tingle enhances a surgeon's sense of touch

OUR fingers are precision instruments, but there are plenty of things they are not sensitive enough to detect. Now we can augment their talents – using wearable electronic fingertips that provide tingling feedback about whatever we touch.

John Rogers of the University of Illinois at Urbana-Champaign and colleagues have designed a flexible circuit that can be worn over the fingertips. It contains layers of gold electrodes just a few hundred nanometres thick, sandwiched between layers of polyimide plastic to form a "nanomembrane". This is mounted on a finger-shaped tube of silicone rubber, allowing one side of the circuit to be in direct contact with the fingertips. On the other side, sensors can be added to measure pressure, temperature or electrical properties such as resistance.

 

People wearing the device receive electrotactile stimulation – a tingling sensation caused by a small voltage applied to the skin. The size of the voltage is controlled by the sensor and varies depending on the properties of the object being touched.

Surgical gloves are one potential application. Rogers, who worked with colleagues at Northwestern University in Evanston, Illinois, and Dalian University of Technology in China, says gloves fitted with the nanomembrane could sense the thickness or composition of tissue via its electrical properties. A surgeon could also whittle away at the tissue using a high-frequency alternating current supplied by a battery attached at the wrist and delivered via the nanomembrane itself, says Rogers.

Fiorenzo Omenetto at Tufts University in Medford, Massachusetts, is impressed. "The work sets the stage for a new generation of devices," he says.

There are applications beyond surgery, too. MC10, the company commercialising the technology, is running animal trials of a nanomembrane "sock" that can be wrapped around the heart. This provides a 3D map of its electrical activity, useful in treating irregular heartbeat.

MC10 is also working with medical device company Medronic to use the membrane inside the heart, sending it in on a limp balloon, which is then inflated to push the membrane onto the heart's interior walls.

Rogers says MC10 is also collaborating with sportswear firm Reebok on a product to be launched by the end of this year. The aim is to build a "body-worn piece of electronics" designed for contact sports, although Rogers declined to say exactly how it will be used.