Lesson 4: What is Soliton Wave?
From the Merriam-Webster Dictionary - A solitary wave that propagates with little loss of energy and retains its shape and speed after colliding with another such wave.
From the Encyclopedia Britannica - Mathematically less tractable is the study of nonlinear waves. These usually display a more complicated structure and behavior; for example, water waves in a shallow channel can develop a humplike formation know as a soliton, which propagates as a coherent entity. Nonlinear waves are important in systems as diverse as nerve networks and the spiral arms of galaxies.
Solitons have been observed in nature since before the nineteenth century, but only in recent years have been observed almost everywhere that scientists look; from the cosmos to the subatomic, including all levels of biology.
When these two solitary waves meet, it forms a soliton wave, a special type of non-linear light wave that doesn’t change shape as it travels. A soliton wave is half a wave; either the crest or the trough, a wave once considered impossible, is a wave that doesn’t wave. The two waves look exactly as they did before colliding and do not generate small waves during collisions with other solitons.
Solitons have been observed in nature since before the nineteenth century, but only in recent years have been observed almost everywhere that scientists look; from the cosmos to the subatomic, including all levels of biology. John Scott Russell in 1849 observed this unusual wave on a channel in Scotland. As horses were pulling a boat along, he noticed that a distinct wave was created. This wave continued to roll along the canal without changing shape at speeds up to 8 or 9 miles an hour. It turns out that a soliton wave is very robust against perturbations and is not changed by objects (mass) and continues undistorted through objects such as fiber optics, water, air, and the body.
Today we know it is this soliton wave that whales use for communication up to one thousand miles apart. The whales know to get on the soliton wave just as you and I use our cell phone waves to communicate. Recently research has shown our own cells use the soliton waves for communication within our bodies.The increased amplitude of combined wavelengths allows the soliton waves to penetrate deep into the body tissue without increasing power density. This principle has revolutionized low level laser therapy and enables lasers such as the Q1000 with its multiple soliton waves to deliver electrons to damaged tissue deep within the body without injuring or altering surface tissues with increased power. Restoring the electrons to the damaged cells enables osmosis of essential nutrients into the injured cell and restores the DNA to normal.
Our bodies have a protective mechanism that blocks out unwanted energy. If we did not have this protective mechanism, in this society where we are constantly bomb barded with all sorts of electromagnetic contamination, we would not be able to survive. This protective mechanism has hindered the advancement and use of lasers in treatment – thinking they do not work consistently – when in reality the laser energy is blocked from entering the body. Laser manufacturers tried to overcome this principle by increasing the power of the lasers – the more they increased the power – the more the body blocked it out – a vicious circle. This problem was solved when Dr. Lytle developed the QLaser which produces the soliton wave. This patented concept combines multiple diodes creating multiple combined waves controlled by microprocessors which are then delivered by a resonating low power density which overcomes the body’s protective impedance mechanism. The nature of the soliton wave in the QLaser series enables the energy to penetrate any place in the body without changing or loosing its wave form or the information it carries. This patented process enables this unique laser to carry electrons to damaged cells anyplace in the body and restore the cellular energy.When the energy of the cell membrane has been restored, osmosis of nutrients across the cell membrane can now occur and results in better cellular health. Better cellular health leads to better tissue health, better organ health, better health systems, and ultimately better total body health. This is a major break through in laser therapy.

