New crystallization technology saves cost for cloud computing applications

The use of inexpensive raw materials makes it suitable for next-generation high-end technology applications. The final crystal product, not only fast but also http://www.aliyun.com/zixun/aggregation/17547.html "> powerful. Compared to traditional industrial processes, this kind of crystal seeding process is used to obtain ferroelectric substances primarily as surgical polymers and ceramics-an extremely difficult process and consumes expensive production costs.

It is well known that ferroelectric materials are known to indicate the polarization direction of the pulsed electric field, which causes the charge to accumulate at one end of the material so that it is electrically active (and at the other end, intuitively, negatively). Beauty is the polarization that can be reversed by reversing an application's external electric field. This is of great value for the study of computer memory materials-pairs of transition polarity states can be well in high or low state corresponding to digital data.

The newly discovered crystals are expected to be applied at the core of the computer server back-end storage area. The technology can also improve the performance of sensor equipment, focusing on solar radiation alternative energy systems, and nano-electronics similar.

In addition, these new materials can help reduce the cost of application of cloud computing services. The core nonvolatile memory of each cloud-based service is used for real-time or offline processing of bank-stored data. Volatile memory is completely dependent on a continuous power supply to maintain data integrity of the storage. Therefore, uninterruptible power supply becomes the most basic requirement.

Recent research has found that new materials can easily evolve into nonvolatile memory. This type of memory resource, even in the case of power outages, has the ability to store information. Researchers believe that even if only some of the power relies on the cloud infrastructure, the shift from a non-volatile memory drive could save as much as $6 billion trillion a year in the United States alone, not to mention the amount of resources that could be saved after global popularity.

The new findings were found by the U.S. Department of Energy's research team, which is funded by the energy-for-research group at Northwestern University. This amazing discovery, if applicable, will surely reduce the cost of user and Enterprise cloud computing applications. After all, the positive savings in the cloud computing sector will most likely have a trickle-down effect.

(Responsible editor: The good of the Legacy)