An iconic focus of GBVI.
1. In the inner zone of intersection "opposite beams of light, i.e.. within the non-linear bioobrazca, is a classic law of refraction of light (Snell's law). And for this reason alone the phenomenon of interaction any two material bundles of photons (strictly paired) becomes, on the one hand, possible, on the other hand, invisible to the naked eye the normal observer.
2. Once both of the light beam coming out of the zone of intersection, the classical laws of Snell's newly restored automatically, a special interaction of wave fronts (Puchkov) the light stops.
That is why cross-beams of light, consisting of material, as they say, photons, after their real interaction in the inner zone of intersection, at the exit from it do not contain any traces of this interaction-no record, No restore of holograms.
3. Now it becomes clear, the laser unit, We used in genetic experiments, a new practical and powerful means of identifying the phenomenon of hidden hologram TESTER.
We Remind, What is the creeping wave intensity. In 1974-1978 g.g. the attention of the u. n.. Denisûka caught for recording moving objects a new class of recording mediums-nonlinear-optical, that led to the simultaneous dynamic write and read information about an object without stabilization running interference paintings. Yuri Nikolaevich considered the most common display properties of a new class of holograms-dynamic holograms with a cubic nonlinear media.
This consideration led him to predict the amazing properties of dynamic hologram of a moving object – auto focus turned on him with advance in space, defined by its current speed [27, 28].
For the cycle of works on dynamic holography u. n.. Denisyuk in 1982 was awarded the USSR State Prize (the team of authors).
In 1998-2005 g.g. After working in Italy, upon his return home, Y. N.. Denisyuk again returned to the theme of the holographic record of running interference paintings.
This time he turned to use for recording holograms in quadratic nonlinear media c extremely high performance, down to femtoseconds shares, that allows dynamic holography using the methods of the convert and build new light beams, different frequency at tens or hundreds of percent. He has studied in detail the transformational properties of such holograms, determining the position of the, scale and color of the images as when generating images on the second harmonic of the recording laser hologram, and in the case of, When the wavelengths are different from each other and generate images on summary frequencies [27, 28].
Physical essence of the phenomenon of holograms TESTER – This is a periodic phenomenon, expressing yourself as a sequence of alternating light waves with different intensity.
On fig. 4 shows the scheme of work, that describes the emergence of such holograms TESTER.
Creeping wave intensity is formed by the interference of the reference wave with complex, in General, random, wave radiation, ambient object (http://bsfp.media-security.ru/school6/1.htm).
It follows: hologram of traveling waves of intensity occurs only in quadratic nonlinear media and in the inner zone of intersection opposite beams of light (inside bioobrazca).
Secondly, the hologram is recorded (and repairing itself) only in the presence of light beams with raznočastotnymi and polarized wave components of light waves.
Third, the hologram of traveling waves of intensity is suitable to work with bystroprotekaûŝimi processes up to fractions of femtoseconds, that matches the speed of processes inside living biological http objects://elementy.ru/lib/430939#femto .
Atoms in these time points are virtually immobile. Only, can be, hundreds of femtoseconds you can still notice some displacement of atoms in the crystal lattice, but in dozens of femtoseconds atoms can already be considered just stills, and this is the area, dominated by electrons, a variety of electronic phenomena .