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Dust and water resistant smartphone LG Optimus GJ

28.05.2013

LG Electronics has prepared for the release of the smartphone Optimus GJ platform Android 4.1.2 Jelly Bean, made in a housing with protection against moisture and dust.

The device is IPX7 / IPX5 certified, which means that it is guaranteed to remain operational after being underwater for half an hour at a depth of up to one meter.
The novelty is endowed with a touch screen True HD IPS with a diagonal of 4,7 inches and a resolution of 720x1280 pixels. The hardware basis is a 4-core Snapdragon S4 Pro processor with a clock speed of 1,5 GHz; the amount of RAM is 2 GB.
The equipment of the smartphone includes cameras with a 1,3- and 13-megapixel matrix, 16 GB of integrated memory, expandable by installing a MicroSD card (up to 64 GB), Bluetooth 4.0 (LE) and Wi-Fi (802.11a / b/g/n), GPS receiver, USB port and standard headphone jack.

The battery has a capacity of 2 mAh. The smartphone weighs 280 g, its dimensions are 141,2 x 136,9 x 68,9 mm.
The Optimus GJ will go on sale for about $600.

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Random news from the Archive

Water is divided into two different liquids 31.05.2018

Swiss scientists for the first time in history were able to separate water into two different liquids, consisting of two types of water molecules.

The spatial structure and some physical properties of water molecules depend on the spin of hydrogen atoms. If the spin of both atoms is the same, such a molecule is called a para-water, if they are opposite - an ortho-water. The exact differences between them are not yet known, however, in 2002, Russian physicists showed that the ortho-water condenses worse than the para-water.

The laws of quantum mechanics prohibit the direct transformation of one form of water into another, therefore, in any glass with liquid, separate groups of both para- and ortho-waters must be present at the same time. Nevertheless, the very first experiments showed that it is impossible to separate them, since some interactions between water molecules, the nature of which is not yet clear, sometimes cause them to change the spin of hydrogen atoms.

Willich and his colleagues were able to solve this seemingly impossible problem for the first time by cooling water to a temperature close to absolute zero and forcing para- and orthowater molecules to separate on their own into two camps that do not touch each other.

This was achieved by turning water into a kind of steam - an extremely rarefied mixture of water molecules and argon atoms, which does not solidify even at ultra-low temperatures. Having prepared a sufficient amount of this mixture, the scientists passed it through a powerful generator of electrostatic fields. It split into two narrow streams of molecules, one of which consisted only of parawater, and the second only of orthowater.

The streams crashed into a cloud of another gas, consisting of calcium ions and diazenylium - a fragile combination of two nitrogen atoms and one hydrogen atom. Diazenylium, which actively interacts with water even at ultra-low temperatures, giving it excess hydrogen, has become one of the first interstellar chemical compounds discovered by astronomers in space in the last 50 years.

By bombarding this cloud and streams with ultraviolet rays, the scientists were able to track how both forms of water interact with diazenylium and uncover several interesting properties of para- and orthowater. For example, it turned out that parawater reacts much faster and more actively with N2H molecules, which indicates significant differences in their "behavior" and chemical interactions.

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