Scientists from Delft University have published a preliminary report on the work, describes the creation of a unique quantum circuits. This system, allowing to "hear" even such weak signals, which emit separate groups of objects, described by quantum mechanics. Dutch scientists say, that such work actually open the small door to the nanoworld, which still remains inaccessible for a full hands-on learning.
In the published report says, that the creation of quantum circuits, called "quantum radio ', will in the near future in many ways to empower the experimental use of radio astronomy and medicine. In particular, stated, that the quantum radio can direct the path, which will give an understanding of the relationship between quantum mechanics and gravity. This relationship was predicted more than a hundred years ago, but so far the exact model of quantum gravity in physics does not exist.
The practical question: how to describe the concept "mass" through the elementary particle reaction and determine, so to speak, its internal parameters with the laws, which it submits to the quantum level.
Quantum radio lets you capture portions of energy, which in physics and called quanta. Tracking emitted portions of energy in the nanoworld, scientists suggest to create a model of peace studies on specific practical examples, which could confirm or deny the theoretical aspects of the description of the "behavior" of subatomic particles.
scientists say, that humanity has a relatively long time to learn to "listen" to the cosmos, study using the "capture" of the particles distant objects megaworld, but still people did not familiar with the world, which in the physical sense is within us.
By using so-called quantum chip scientists plan share "quantum signals", creating a real catalog. With its help in the future could be instantly process information with such energy levels, today due to the lack of suitable equipment is simply impossible to keep track of.
important area, allocated to research, – the human brain, processes them to store information, and its practical use.
