Laser Tuned is a technology used to calibrate and improve the performance of lasers. It was developed by Dr. Igor Svetlov, a leading scientist and doctor of sciences in the field of laser physics.
This technology can be used to improve the accuracy and precision of laser measurements, as well as to increase the efficiency of laser-based manufacturing processes. In addition, Laser Tuned can be used to improve the quality of laser-based medical treatments.
The main advantage of Laser Tuned is that it does not require any special skills or knowledge on the part of the user. All that is needed is a basic understanding of how lasers work and a willingness to follow instructions.
Laser Tuned is based on the principle that all objects have their own resonance frequency, which can be excited by an external stimulus such as a laser beam. When this happens, the object will absorb energy from the laser beam and convert it into heat, light, or sound depending on its type.
As each object has its own unique resonance frequency, this means that each one will respond differently to a given laser beam. By carefully controlling the parameters of the laser beam (such as its power, wavelength, and duration), it is possible to induce a desired response in an object without affecting other nearby objects. This makes Laser Tuned an extremely precise tool for calibration and improvement purposes.