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The first detailed images: Japanese probe is close to the asteroid Ryugu The first detailed images: Japanese probe is close to the asteroid Ryugu
The Japanese in 2014 she launched into near space to its most modern probe"Hayabusa-2", and for the three-year period of the flight, finally it has reached the intended point and got to the asteroid Ryugu, now between the... [2018-06-27]

Telescope Chandra observes two red galaxies nuggets Telescope Chandra observes two red galaxies nuggets
The group of galaxies red Nuggets scientists discovered more than a decade ago, this group includes not large in the number of stars clusters, but at the same time in the galaxies of these simply huge stars and with their... [2018-06-27]

Where should I look for life on Titan? Where should I look for life on Titan?
While it is difficult to understand, but also to imagine that on Titan can be a reasonable life, although scientists around the world are more and more inclined to think that this is so, apparently there is some indirect ... [2018-06-27]

Giant telescopes will show mountains on exoplanets Giant telescopes will show mountains on exoplanets
How to consider on a distant planet mountain ranges, plains and seas? At least a very powerful telescope is needed to resolve this issue.... [2018-05-02]

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Created a 1000-core processor


Created a 1000-core processor Probably you are aware of multicore processors even the phones already have eight cores on Board, and computer centers are already using builds that allow you to use much more multi-core chips. At UC Davis have developed a system KiloCore in which a CPU contains 1000 cores this system is very useful when a parallel computation as decrypting passwords, analysis of scientific models and video processing.
This chip is not so super due to the presence of such a number of cores for parallel computing, it`s all about opportunities to actively manage them. It is possible to actively regulate the work and the inclusion of the desired number of cores under a certain load. This system allows to save energy resources, which is very important in large data Centers. By the way, the chip consumes so little that it is able to work well by the feed element at 1.5 volts.
Unfortunately, this miracle of technology will not see mass production. The University has commissioned IBM to create a chip at a relatively old 32-nanometer technology, while currently on the market of chips for 14 nm technology in all uses. With high probability it can be argued that in near future there will be a similar system for mobile devices and the parameters they will be much better than those that were obtained in laboratory conditions.
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