Zedonk – Nothing about technology though but interesting

A four-day-old Zedonk, a rare cross between a zebra and a donkey, stands next to her mother at the Chestatee Wildlife Preserve in Lumpkin County, Ga. on Monday. The director of the preserve says it is the first time in 40 years that a zedonk has been born there.

Tom Reed/The Times/AP

How the flying car works

The wings fold when in it is in car mode and the car can travel at speeds of up to 90 mph. The wings then unfold for flight mode in which it can cruise at a speed of 115 mph for up to 500 miles on a tank of unleaded gasoline.

The “roadable aircraft” is powered by the same 100-bhp engine whether it is on the ground or in the air.

via Terrafugia Transition: How the flying car works – Telegraph.

IT labs in 3,000 middle schools next fiscal

After setting up computer labs in almost all high schools of the province, the Punjab government is set to establish similar computer labs in 3,000 of its 8,000 middle schools in the first phase in next fiscal year.The News has learnt that the provincial government is going to earmark Rs3 billion in the upcoming budget to set up computer labs on the pattern of high schools. The remaining 5,000 schools would then be provided the computer labs in next two years, enabling the Punjab government comply with the Federal governmentís directive to ensure computer education in all schools, from middle level upwards.“We have added 3.4 million new internet users in one go by establishing computer labs in high schools,” said Punjab Information Technology Board CEO Judat Ayaz, who oversaw the high school computer lab project. He said if funds were made available next year, there would be no problem in equipping middle schools with similar labs. The provision of computer labs to 3,000 middle schools would bring the province another 2.4 million young internet users, he added.He said branded global manufacturers had provided software and hardware with three-year guarantee of performance, repair and maintenance. The PTCL had provided broad band high speed internet connections in most of the labs, guaranteeing uninterrupted services for next three years. Even the enterprise supplying 4,285 air conditioners had guaranteed repair and maintenance for three years, he added. He said the government had made the availability of computer labs of global quality on very cheap rates. Originally, he said, the high school computer labs project was estimated to cost Rs6 billion as they were going for 15 branded desktop computers. However, afterwards, it was found that only three desktop computers would be needed if the latest N-Computing device was used. The decision saved the government Rs1.5 billion from the original estimates, he added. This turned out to be a green projects as monitors used as virtual desktops consume only 10 watt of electricity against CBU of desktop computer that used 100 watt. He said the step would help save a lot of energy every year.Judat said the labs of 500 high schools would be upgraded in accordance with the new project. ‘At least 400 high schools could not get computer labs because they did not have access to electricity. This year, they too would get labs as arrangements had been made to electrify the schools through solar panels,’ he added.

via IT labs in 3,000 middle schools next fiscal.

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Google Confirms Employees Have ‘Google Phone’

Google confirmed Saturday that their internal developers are using an unreleased Android based phone, as contradictory rumors about a “Google Phone” flew back and forth across the Internet.On an official Google blog, vice president of product management Mario Queroz said that Google employees are using “a device that combines innovative hardware from a partner with software that runs on Android,” but that this phone is “exclusively for Google employees,” not for consumers.

Several blogs have pegged the phone as the “HTC Passion,” a slab-style device very similar to the HTC HD2 that some bloggers have said will be coming to T-Mobile USA.

That doesn’t make the Passion any more a “Google phone” than other “With Google” or “Google Experience” Android phones, such as the Motorola Droid or T-Mobile G1.

Meanwhile, The Wall Street Journal reported that an upcoming Android phone from HTC will be called “Nexus One” and that “Google designed virtually the entire software experience behind the phone.”

But that’s also true of the unlocked version of the T-Mobile G1, released last year as the Android Dev Phone 1. This May, our own Mark Hachman (as well as many Android developers) was given a version of the HTC Magic phone that was called the “Google Ion” at the time – also unlocked, also direct from Google.

More intriguingly, the Journal says that Google intends to sell the phone en masse to consumers unlocked, not through a wireless carrier.

While that’s a common business model in most of the world, and the Dev Phone 1 is available unlocked, typically unlocked phones haven’t sold many units here in the US.

TechCrunch says that a new phone “will be called the Google Phone” and will be sold directly by Google, independently of any wireless carrier.

Engadget claims it will run on AT&T, while blogger John Gruber says its 3G radio will only work with T-Mobile, and AT&T customers would be stuck in 2G mode.

I don’t have any exclusive information about new devices. But I’d bet that this phone is just T-Mobile’s new flagship Android phone, the way the Droid was for Verizon. Remember, Google works with preferred hardware partners to showcase new versions of Android. Google was intensely involved in the design of the original G1. Motorola and Verizon got the first shot at Android 2.0; perhaps now it’s time for Google to show love to HTC and T-Mobile again.

As for it being sold unlocked, remember that T-Mobile has their new Even More Plus plans which are designed to be used with unsubsidized, unlocked phones.

Via PCMag

Electric Contact Lense by Opto-electronic | Technology Bytes | Emagzine.Org

Now we can have a tiny computer display in our eye through the ongoing work with opto-electronic contact lenses taking place at the University of Washington in Seattle.The lab there has been showing off the latest prototype, the handiwork of Dr. Babak Parviz: a semi-transparent array – including an LED – embedded into a contact lens that receives 330 microwatts of power wirelessly from a nearby RF transmitter. Parviz has been using the prototypes to display biosensor feedback about the wearer’s vital signs, but they’ll eventually serve as a heads-up display for displaying other data.The wireless power is picked up by a loop antenna built into the lens, and future iterations of the hardware are expected to integrate the transmitter into a cellphone. There’ll also be far many more LEDs involved, so that the resolution is high enough to be useful.

via Electric Contact Lense by Opto-electronic | Technology Bytes | Emagzine.Org.

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