QHRS Biotherapist panel analysis (Serbian)

electrophotography                lying down           lying down

rest                                       20 minutes                 20 minutes

digital                               photography      photography

electrophotography             per vacation                per vacation

2.2. Digital electrophotography

Digital electrophotography is a method for measuring biofield analysis of people and materials. It is based on the plasma discharge between the objects (fingers of the tested person) and the measurement of the glass electrode, which is the essential mechanism for forming an image of the energy field. The light of this discharge is recorded by a digital camera, and the image is then processed by a special (dedicated) program. We measure the biofield around ten fingers of the tested person. According to Chinese medicine, each of the ten fingers is connected to twelve organ meridians. On the background of the photo, we get information about the state of the organism.

Simple photons and electrons on the skin (and on the upper layers of the skin) of the fingers are sensitive to the influence and frequencies of the electromagnetic field. In that sensitive state, in the range between the measured object and the electrode, photons and electrons collide into air molecules that affect electronic sensations and the production of new photons, i.e. pure electrons. The value of particle emission from the surface of the skin depends on the physiological and biochemical processes in the body of the tested person, that is, the physico-chemical and bioelectromagnetic values ​​of the material. We can use any disorder in the plasmatic structure to obtain information about the emotional, mental and physical state of the tested person. The energy response of the tested person is photographed with a special optical system with which we locate the arrangement and intensity of light around the fingers. We then analyze such images with specialized computer programs and statistically evaluate the obtained results.

2.3. Statistical analysis

We performed the data analysis with the IBM SPSS version 19 Student's t-test program, and analyzed the changes of the selected parameters, comparatively before and after the testing.

3. Results

3.1. Biofield test results of tested persons

Figure 1: The difference in the change of the total energy of the organism (at the field level) between the control and the tested group (the tested group slept on a bed with QHRS plates).

In Figure 1 we see that there were statistically significant changes in the total energy of the organism (at the biofield level) between the control and tested groups. The overall energy of the organism at the level of the biofield in the tested persons, who were lying on the QHRS plates, increased statistically, which is also evident after lying down, after a break (20 minutes after lying down) and then statistically significantly decreased.

Figure 2 : Difference of immune system change (at field level) between control and test group (test group lay on a bed with QHRS plates).

Also in the area of the immune system (at the level of the biofield), we observe an excellent response of the tested persons at the energy level, as presented in Figure 1. The energy of the immune system (at the level of the biofield) rose statistically significantly both during sleep and after rest (20 minutes after lying down), and then the energy fell again (statistically insignificant ).

Figure 3: The difference in the change of the circulatory system (at the field level) between the control and the tested group (the tested group was lying on a bed with QHRS plates).

In the area of the circular system (at the level of the biofield), we also determine that after lying on the QHRS plates, there is a significant increase in energy (at the level of the biofield) after rest (20 minutes after lying down) and then the energy decreases again (statistically not significant)

Figure 4: The difference in respiratory system energy change (at the field level) between the control and tested groups (the tested flu was lying on a mattress with QHRS plates).

It is clear from Figure 4 that the energy of the respiratory system (at the level of the biofield) also increased statistically significantly after lying down on the QHRS and remained increased (statistically not significantly) after a break (20 minutes after lying down)

Figure 5 : The difference of the energy change at the level of the cerebral cortex (at the field level) between the control and the tested group (the tested group was lying on a bed with QHRS plates).

Also in the area of the head, in the area of the cerebral cortex, there were statistically significant differences in energy changes at the level of the biofield, of course in a favorable direction, as in the case of the entire energy of the organism (Figure 1), the immune system (Figure 2) and the circulatory system (Figure 3).  In the area of ​​the cerebral cortex, also after lying on the QHRS plates, the energy at the biofield level in the tested persons increased statistically significantly, and after a break (20 minutes after sleep), it decreased again (statistically insignificant)

Figure 6: The difference in pituitary energy change (at the field level) between the control and the tested group (the tested flu was lying on a mattress with QHRS plates).

Here, after lying on the QHRS plates, a statistically significant increase in energy (at the biofield level) was found both in the pituitary gland and in the pineal gland. Energy at the field level decreased again after the break (20 minutes after sleep) - in the pituitary gland, the drop in energy after the break is statistically weakly significant, in the case of the pineal gland it is statistically insignificant (Figure 6 and Figure 7)

Figure 7: The difference in the change of the total energy of the organism (at the field level) between the control and the tested group (the tested flu was lying on a bed with QHRS plates).

As the graph shows, there was a significant increase in energy when lying on the QHRS tables compared to the control group. Increased energy in the pineal gland indicates a greater possibility of producing melatonin - the sleep hormone, which is an extremely good antioxidant. In our words, it could be said that the board put people to sleep really well and at the same time helped the production of melatonin. After half an hour, the picture is already reversed, which is again an advantage (although this effect is not at the level of statistical significance), but it shows a significant production of melatonin (causes a significant effect during good sleep), which makes a person feel better and rested.

Figure 8 : Difference of liver energy change (at field level) between control and tested group (tested flu was lying on a bed with QHRS plates).

Immediately after lying on the QHRS plates, the liver energy of the tested persons increased statistically significantly (at the level of the biofield), and after a break (20 minutes after lying down), it decreased again, which is statistically insignificant.

Through the displayed systems in the organism and organs, we simply establish that the beneficial direction of the organism's response to energy parameters is always repeated, at the level of the biofield immediately after lying on the plates QHRS energy rises, then after a break it decreases.

Figure 9: The difference in the energy change of the endocrine system (at the field level) between the control and the tested group (the tested group was lying on a mattress with QHRS plates).

It can be seen from Figure 9 that in the tested persons, after lying on the plates, the QHRS entropy (internal disorder) of the endocrinal system decreased statistically significantly, after a break (20 minutes after lying down) and increased again, statistically insignificant.

Figure 10: The difference in the entropy change of the muscular system (at the field level) between the control and the tested group (the tested flu was lying on a mattress with QHRS plates).

After lying on the QHRS plates, we determine that in the tested persons there is a statistically significant decrease in the entropy of the muscular system. Then after a break (20 minutes after lying down) entropy decreases (statistically insignificant)

Figure 11: The difference in kidney entropy change (at the field level) between the control and the tested group (the tested group was lying on a mattress with QHRS plates).

Also after lying on a mattress with panels PXD there is a statistically significant decrease in kidney entropy. After a break (20 minutes after lying on the PXD plates), entropy drops statistically significantly.

4. CONCLUSION

Through research, we wanted to determine how the use of QHRS plates by lying on them affects the biofields of the tested persons, of course to the extent that the changes in the biofields of the tested persons are measurable by the method of digital electrophotography. We installed the panels under the mattress (according to the manufacturer's instructions). the control group lay on mattresses without any sheets. We tested the tested persons before going to sleep, immediately after lying down for thirty minutes and a certain time after lying down (20 minutes after lying down) (control and tested group).

When testing the biofield of 10 tested persons, we determined that the energy state of the tested persons who slept on the QHRS plates changed after 30 minutes of lying down, naturally in the direction of a statistically significant increase in energy. In addition, there was an overall increase in the energy of the biofield of the entire organism, so the increase in energy occurred immediately after lying on the QHRS plates in relation to the described organic systems and organs: the immune system (Figure 2), the circulatory system (Figure 3), the respiratory system (Figure 4), the area of the cerebral cortex (Figure 5), the pituitary gland (Figure 6), the pineal gland (Figure 7) and the liver (Figure 8). . 20 minutes after lying down (after a break), we noticed a decrease in energy at the level of the biofield in the immune system, circulatory system, in the area of ​​the cerebral cortex, pituitary gland, pineal gland and liver (Figure 2,3,5,6,7 and 8), however, the energy of the respiratory system remained (at the level of the biofield) increased even after the break (20 minutes after sleeping on the PXD plates). From this, we determine that the impact of QHRS plates on the immediate increase of the total energy of the organism and on the increase of energy in certain presented organic systems and organs (at the level of the biofield) can be assessed as beneficial. With the constant use of QHRS plates, we predict that the energy at the level of the biofield would remain increased for several hours even after the plates have stopped being used.

During testing, we found statistically significant changes and differences between the control and tested groups for the entropy parameter (at the biofield level). Thus, after lying on a mattress with QHRS panels, a decrease in entropy was found in the endocrine system (Figure 9), muscular system (Figure 10) and kidneys (Figure 11). The drop in entropy in the tested persons who were lying on the PXD plates occurred after a break (20 minutes after sleeping on the PXD plates), of course also in the muscular system (Figure 10) and kidneys (Figure 11). The results indicate that the use of the PXD plates affects the reduction of disorder in the body at the level of the biofield, and we rate this as positive.

Based on the results, we conclude that QHRS panels with the presented parameters have a beneficial effect on the user's biofield, both on the entire system and on individual organic systems and organs. Although the results reflect the short-term effect of lying on the QHRS plates, they still showed a high level of effective results. We estimate that the overall but also the specific effect of QHRS plates on the human body is statistically significant and beneficial, both in terms of increasing energy potential and in terms of regulating life processes. QHRS panels can receive a high performance certificate.