Specifics of use of spectrum scattering experiment is, the adjustment table, where lies the reflecting bioobrazec, a large part of the spectrum of the reflected light (Fig. 3) is sent back, through the translucent front mirror resonator laser, -inside laser resonator.
The consequence of this adjustment is partial penetration of reflected light back, in the laser resonator, a consequence of this we have the following:
In the first place, modulated (difragirovannyj) bioobrazcom light, reflected in the Reed, the laser starts to grow. Almost as, as previously nemodulirovannyj light source intensified pumping.
Secondly, from the laser will radiate no longer flat, is a modulated wave, It is a much more complex wave, that promodulirovana biological structures. First of all, – chromosomal DNA, as well as RNA, proteins and other metabolites.
Promodulirovana this wave will be on different parameters, including, on polarization (the backs of the photons), that also has a bioznakovuû function.
Genetic structure of optically active and contain a huge pool of structural and dynamic information, including genetic [1, 3-9].
It is such a complex wave and will be strengthened by our laser.
As a result, we will have a zone 2-crossing oncoming wave beams (along the axis of the laser) with a multitude of different frequencies, Since all possible types of scattering, reflection and refraction on the optical nonlinear objects give rise to optical spectra with very rich frequency spectra.
Complex interference above raznočastotnyh and modulated waves is essential for the formation and record Special Holograms into oncoming bunches. Usually for recording of interference patterns (and convert entries in hologram) required screens, or fotoregistriruûŝie plates, capable of fixing interferograms obtained/holograms.
However, in our case, this is not required, Since we are dealing with a special kind of hologram Denisûka (with dynamic hologram of traveling waves of intensity).
Feature of these holograms in the, they are highly non-linear, with. quadratic environments , which are the fabric and Biosystems .
Let the wave of investigated bioobrazca, as a total wave torrent A1 = (Ah A0), where Ah is the flow of light scattered from bioobrazca, but "A0-primary (nemodulirovannaâ) wave of laser radiation.
The Wave Of "A1", as can be seen from the descriptions of our experience, This enhanced wave, the primary source which was reflected from bioobrazca light (frenelevskij spectrum).
Towards enhanced wave A1 = (Ax + A0) the moves to be nearly the same wave, but not reinforced, « – A1», that creates a unique picture of the interference with a dynamic counter hologram of traveling waves of intensity.
Special conditions for such an account is:
1. the existence of stable in time and space of intersection of two colliding beams ("A1" and " – A1») directly in the space (volume) our bioobrazca.
2. a hard-modulated polarization and phase component in bunches of light, created due to interaction of coherent laser radiation with a nonlinear bioobrazcom.
3. the frenelevskih reflection spectra of both beams, where the different frequency components interfere with, to ensure a dynamic hologram of traveling waves of intensity (TESTER).
As was proved by j. n.. Denisûkom  and several of his colleagues [27-31] dynamic hologram of traveling waves of intensity " (TESTER) is a special hologram.
Let, that, in fact, it is a unique (and little known to a wide range of professionals) the holography is its ability to record holograms of light on the light, as well as the restoration of the "light" hologram (with light structures) in the form of new lighting structures.
Fundamentally, it is important to note, the specified process, as a complex interaction of light waves, directly optical (the human eye) There has been no. AND, Perhaps, He was therefore not attracted. However,, the phenomenon of birth and features holograms of traveling waves of intensity (TESTER), an academician of the USSR ACADEMY of SCIENCES u. n.. Denisûkom, really known (since 1974), repeatedly proven by experiments, and lots of related work and mathematical calculations .