Quantum lasers can collect and recycle energy for new laser-based applications.

Laser is the system that uses coherent light for effecting things. The system creates mono-frequent light by stressing the medium by using electromagnetic radiation. In laser light starts to travel between two mirrors and the outcoming radiation will increase the power of the light. In another mirror is a hole that lets part of the light travel through it. Some of the photons are continuing to jump between those mirrors. In that case, the outcoming radiation increases the power of the laser ray. 

The reason why coherent light can be so devastating is that the laser ray has only one frequency. The photons hit to target as a row and photons are hitting the same point, which has a bigger effect than the normal light, where photons hit different points. Theoretically making the quantum laser is quite an easy thing. The laser rays must only shoot through the electron structure. 

The electrons are stressed by radiation, and that thing makes them acting like flash-tubes in normal size lasers. When electrons are stressed with radiation their energy level is rising. They must deliver extra energy somewhere, and in that process, electrons are sending light quant. 

If that light quant has the same frequency as photons that travel inside the electron crystal, that will increase the power of the radiation. The electrons in electron crystals are acting like flash-tubes in normal-size lasers. The electrons can stress with radio waves, and the quantum lasers could collect energy from the cosmic radio waves. 

The quantum lasers are like normal lasers, but they are much smaller.  There is theoretically possible to make the lasers that are created by the row, which is forming single photons. That kind of system is giving laser very high accuracy. That allows the system to cut the molecules at a certain point. Those quantum lasers can also push even single atoms in space.

The quantum lasers can deliver electricity to the nanomachines. And that thing makes it possible to control those systems very accurately. The controller of those systems must use only regular remote-control interfaces for controlling the nanomachines. The quantum lasers are effective tools that can control nanorobots as well as delivering energy to them. Those systems must only target the small photovoltaic cells. And the quantum lasers can be used for data transmission for the nanomachines. 

But the fact is the laser rays have a fascinating feature. They can use to make or collect electricity. When a laser ray travels in the electromagnetic radiation.  The energy from that radiation will transfer to the laser ray. The requirement is that the outcoming radiation and laser rays have the same frequency. If the laser ray's purpose is to collect the energy from the outcoming radiation travels long enough, it collects the power that increases the power of the transmitter. 

If the laser ray can collect more energy that is used for its production, that thing makes it possible to use laser rays as virtual solar panels. In the same way, the power of maser-ray will increase when it travels in the magnetic field. The power of the radio masers can increase by sending the radio to transmit through the electromagnetic field, which oscillates with the same frequency as the radio waves. And that thing makes electromagnetic radiation dangerous. 

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