Model with CPL
Various light sources and properties
Design was based on tests made with previous models of Bioquant devices, with different powers, wavelengths or polarisations.
Tests have shown, because light is inerracting with tissues, that light is the most important and treatment time has to be adjusted correctly to intended use, place of application, power of light, light properties and parameters, if we want to reach only positive and biostimulative effects.
Test have shown that even if our eyes cannot see the difference for example in polarisation, the cells can "see or feel" the difference.
For example: Effects of laser light and LED lights differ, because the light in both cases is different, even if both would have the same wavelength. Difference is in coherency and polarisation, which is causing difference in electromagnetic fields generated by electromagnetic waves, so influence on electrons or interractions with matter or living tissue has to be different.
In the body exists circular dichroism which is telling, that behaviour and absorbtion of differently polarised light is different.
There is also evidence that effects of lineary polarised light in one direction and perpendicular can differ.
There are differencies how the light is propagating in different density tissues depending on polarisation state.
There is a lot of evidence, that light below threshold brings nothing, not correctly designed light properties can also bring nothing, too much energy or too high power can harm or inhibit or suppress. Arndt Shulz law is describing that behaviour light - live tissue interractions. Our performed tests with energetic field of the body are explained partialy in part Tests. They corresponend with Arndt Shulz law.
RCP light in tests brought maximal values of complex energetic field in much shorter time in comparisson with common laser or LED lights, which is reducing necessary application time. Applications can be made with lower power and less energy.
Terms: circulary polarised light, righthanded, lefthanded polarised light, circular dichroism, tissue phantoms, light tissue interraction, polarisation, momentum of light....