What is a tunnel intersection?
The tunnel koryn is a point where two different electrically conductive or magnetic materials meet, usually separated by a thin barrier, in order to transfer electrons from one material to another. The defining aspect of the tunnel intersection is that mechanically speaking, the electrons are too weak to penetrate the connecting barrier, but also make the principle called quantum tunnel. The tunnel shouts are useful in many fast -acting electronic devices, such as flash memory chips, increasing the efficiency of photovoltaic cells and the construction of extremely fast diodes capable of responding to higher frequencies than it would otherwise be possible. These theories state that although, mathematically, the electron lacks active mechanical energy to pass the stored energy of the barrier, which is the chance of any giving electron breaks the barrier, albeit extremely small, is not zero. Since the passage of electron, although apparently better barrier is not usually mathematically or mechanically possible, there are scientists of universityIf it assumes that the electron achieves it as a result of the theory of quantum mechanics called the duality of the wave.
The theory of the duality of the wave particles states that all forms of matter, electricity in the case of the tunnel intersection, exist at the same time in two separate states. First, the matter exists as a particle, such as an electron that has a certain amount of active mechanical energy due to its weight and speed. Second, the matter exists as the shape of a wool that works and vibrates on a certain frequency.
As a result of the duality of wave particles, the electron does not have to have active mechanical energy to pass through the barrier; However, high enough frequencies, it can have enough energy waves to pass through the barrier. At a sufficiently high frequency, the energy of the electron wave can literally vibrate with a low -frequency barrier in action known as quantum tunneling. As a result of very high frequencies associated with quantumThe tunnel leads to the effects of the connected electrons very quickly, allowing a device that uses the tunnel intersection to function very quickly. This speed can then be used either to accelerate the operation of electrical equipment or to detect, identify and respond to very quickly moving forms of energy, such as light waves.
In practice, tunnel intersections are used primarily in electronics. They provide reading and writing speed and flash memory, allowing the production of extremely fast oscillators that increase computer operating speed, and allow the construction of scientific tools that can detect and function in high -radiation environments.
koryn tunnel can also be used to interact with light energy and is involved in a number of research projects related to light. In pure energy research, it integrates into high -efficient solar cells, where its high operating frequencies allow to capture more energy than conventional cells from the same amount of light. Usedalso in conjunction with superconductors to produce detectors similar to detectors used in digital cameras, except that they see ultraviolet, X -rays and many other types of energy and wool radiation.