Frequency Medicine
What is a resonating laser and how do they affect the body?
Over 100 years of research has shown that electromagnetic frequencies can affect our bodies. The application of these effects to treat various conditions is called Frequency Medicine.
Many modalities such as ultrasound, TENS, electrical stimulation, and even infrared heating elements depend on modulating frequencies to affect the body in different ways. For example, a slow electrical stimulation frequency may be used to reduce pain in a chronically irritated sensory nerve, or a much higher frequency to stimulate muscle for strengthening. In the same way, laser light can be modulated to achieve different effects.
The Q-Laser Resonators call these sets of modulation frequencies Therapy Modes. The modes are programmed into the computers built into the Q1000 and the Q10.
Read more about Q1000 Therapy Modes
These modes rely on a unique feature of Q-Laser Resonators: the laser diodes and LEDs pulse the light via a soliton wave which delivers the light deep to the tissues.
Q-Laser Soliton Technology
"By combining two or more laser diodes which are regulated by microprocessors, I have been able to produce controlled solitons, which are then delivered by low level lasers.
"The nature of the solition wave in my Q-Laser series enables the energy to penetrate deeply into the body without changing or losing its waveform or the information it carries."
Dr. Larry Lytle
Inventor of the Q-Lasers
The Q-Lasers’ patented soliton technology is the only therapeutic laser system offering this unique delivery mechanism. Read more about solitons in the sidebars.
The frequencies of pulsed light (the modulation) are chosen as a result of research from several different disciplines. There have been three leaders in the research of frequency medicine:
The Pioneers of Frequency Medicine
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