The ultra-large ones are greatly supported by quantum computing computers, using the quantum superposition and quantum computability for processing and transmitting data. Но до сих пор никому не удавалось to create quantum chipspamyati.

Employees at the California Institute of Technology have been able to create a microprocessor, allowing quantifying information in the light of the light in the caves. Specialists say that these are the most important chips that allow the technology to calculate quantum readings in the distance.

The chipset contains a module modifier with a resolution of 15 to 0,7 micrometers, hi-news.ru reports. The module will include the optical element, which covers and protects the photon. The front of the chip is cooled to a temperature of -272.7 degrees Celsius, after which the researchers activated the laser for photons in the modules. The modules have been able to sustain photons at 75 nanoseconds, and then the light goes further. From the information contained in the photographs, it was tried to reconcile with the primordial. Percentage of breakdowns in the experiment was 3%.

In a traditional computer, the only information in the bit is stored in a video unit or a non-zero video. Quantum or computer work with information presented in the video cube - "quanta beats". At the same time, the bits of a cube may be mixed with just a null or a single one, but one thing and one at a time. And this, in my own way, allows you to store and retrieve the information more effectively. The team of researchers from the California Institute of Technology has published their research results in the journal Science.