3.2.8. Actions of Coherent Light from coMra in the Body. 980nm Compared to 905nm

Summary: This text discusses the difference in light absorption between two laser wavelengths used in coMra devices: 980nm and 905nm. The 980nm laser is primarily absorbed by water, leading to a gradual systemic healing, while the 905nm laser acts more directly on tissues, resulting in faster healing that requires closer attention. Both wavelengths introduce coherence, with 980nm focusing on water and 905nm affecting both water and tissues.

although the intensity is very small. And so we talked about water in the previous module. And if you look here on this graph, what this is showing is the absorption of these light by water. And so the relative absorption factor, blah, blah, blah, doesn't really matter. What we're showing here is if you take light that's at a wavelength of 980 nanometers, which would be the coMra Delta unit compared to the 905 nanometer wavelength laser, which is in the professional model. What happens is the 980 is going to be predominantly absorbed by the water in the body, whereas the 905 is going to be less absorbed and it's going to act more directly on the different tissues that it comes in contact with. So what we end up with as a result of that is With the 980, you're going to get a gradual increase over time in systemic health and healing and the healing process. Whereas the 905, because it's acting more directly on the tissue, you could say water kind of acts like a buffer that like makes the process more even and gentle and gradual. Whereas the 905 is more directly acting on the tissue, so the process is faster, but at the same time, may need some more care and attention compared to the 980. And so with this, either one, we're introducing coherence, 980 predominantly coherence into the water, where the 905 is both the water and the tissue at the same time.