Xolo X1000 reaches India, mates a 2GHz Atom with a 4.7-inch screen for $369

Xolo X1000 mates 2GHz Atom with a 47inch screen for $369

For all the credit the Xolo X900 earned as the first Intel-based smartphone, it grew long in the tooth very quickly between that 4-inch screen and 1.6GHz Atom chip. The solution, naturally, is a straight-up modernization like the X1000. The new smartphone jumps to a more contemporary 4.7-inch, 720p LCD and the same 2GHz Atom Z2480 that we saw in the RAZR i. Most other components won’t rock the boat for those who bought in last year, though. There’s still the familiar high-speed 8-megapixel rear camera as well as a 1.3-megapixel camera at the front, 1GB of RAM, 21Mbps HSPA+ 3G and 8GB of expandable storage. The X1000 is even using Ice Cream Sandwich instead of some flavor of Jelly Bean. Still, the price is right — a contract-free 19,999 rupees ($369) for the Indian debut could have at least a few customers willing to bring some Intel Inside.

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Source: Xolo

Mercury May Have Once Had a Lava Ocean

Researchers have been poring over data captured by the NASA Messenger probe as it conducted its study of Mercury. Amongst the data the probe discovered about the incredibly hot and small planet, were some tidbits about the composition of the surface of Mercury that left scientists curious. While studying the data, the scientists discovered that Mercury is comprised of two considerably different types of rock.

magma ocean

This discovery led MIT scientists to create an experiment in the lab to help identify a geological process that could have resulted in these two vastly different types of rock. The experiment subjected the rock types to different temperatures and pressures in an effort to simulate the processes that could have occurred on the surface of Mercury. The results of that experiment have led the scientists to believe that Mercury may have once had a massive ocean of piping hot magma on its surface that would have made Dr. Evil proud.

The scientists believe that the magma ocean existed sometime within the first 10 million years of Mercury’s existence, near the beginning of the formation of our solar system. The scientists estimate that the magma ocean would’ve existed over 4 billion years ago. Ancient Mercury sounds a lot like Mustafar, the planet where Anakin burst into flames on his path to becoming Darth Vader.

[via Forbes]

Researchers stumble onto ‘lava’ generated quantum dots, could power future peripherals

Researchers stumble onto 'lava' generated quantum dots, could power future displays, storage

Have you ever been playing around with molten metal salt, when you accidentally created hollow, soft-shelled particles that could one day increase hard disk storage or power future QLED displays? Us neither, but that’s exactly what happened to scientists at Rice University when they were researching “tetrapods” to make solar panels more efficient. Through an apparently wacky coincidence, they removed a single ingredient from the tetrapod stew, which left behind tiny droplets of cadmium nitrate. Selenium then melted around those drops, which completely dissolved away, leaving a melted selenium ball with a hole in the middle. It turns out that those selenium “doughnuts” can be packed tightly onto a metal surface without touching, thanks to their soft shells, which could allow more bits to be packed onto a hard drive, or be used in quantum computers and next-gen displays. Since the dots are smaller than a living cell, it took the researchers an entire year to figure out what they’d made and how they did it — luckily they didn’t just bin the whole thing and start over.

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Via: Extreme Tech

Source: IOP Science

DIY Lava Flows: Perfect for Making Volcanic S’Mores

If there’s one thing that I never thought you could turn into a DIY project, it’s lava flows. But leave it to the ingenuity of sculptor Boby Wysocki and geologist Jeff Karson at Syracuse University to create their own DIY lava project. They create molten rock, then pour it out to produce lava. Then, kids get to melt marshmallows on it.

diy lava flow

The lava is created by melting crushed basalt from Wisconsin that’s 1.1 billion years old. It’s melted in a gas-fueled, tilt furnace up to 2192 degrees Fahrenheit. A couple of hours later, the rock has become molten, and it’s poured out. They’ve done more than 100 lava flows since the start of the program.

flow ir camera

I’m not sure how the lava-toasted marshmallows will taste, but the project is pretty awesome as most of us haven’t seen lava up close and personal. Geologists and volcanologists are on hand to answer any questions you might have.

It sounds like a great field trip! If you don’t like marshmallows, then you can opt for hot dogs and roast them up on the lava as well.

diy lava roasting marshmallows

Wysocki and Karson are currently working on making even more realistic lava flows, as is demonstrated in the video below:

[via Make:]


There Is Such Thing As DIY Molten Lava and It’s Awesome [Lava]

You know what’s always amazing? Lava. The power of that liquid molten burning is stunning and out of this world—when you see it, you feel like you’re getting a peek of hell. You know what’s even more amazing? That people are making their own molten lava. More »