Pains are common symptoms among the elderly, especially those occurring at joints owing to
musculoskeletal disorders. Negligence upon them for a period of time would most likely result in further aggravation on all fronts surrounding the sufferers, for example, the activity level would drop, life quality be jeopardized, and in some cases, patients even become disabled. At a very high rate, these pains are further associated with degenerative types of diseases, and thus are persistent and even harder to cope with. Therefore, it is essential to alleviate the pain suffering and at the same time to oppose such
downgrading trend.
To this end, the so-called “quantum wave resonance” (QWR) technique, being non-invasive and easy to acquire, has proven practical and effective clinically. This in particular goes with my experience in applying it to patients suffering general pains. Therefore, this research set out from such a long-term observation to attempt to secure the signature of QWR effects on both physical and medical equipments during its applications on elderly patients of a rehabilitation house. Other than the traditional nerve conduction velocity (NCV) device, the somewhat untraditional Kirlian photography together with the two-dimensional Fourier transform, and the subtle energy analyzer (SEA) were also adopted for such purposes.
As a result, the NCV measurements indicated substantial enhancement of wave amplitude and phase change post the QWR application. Likewise, large broadening of Kirlian halos was evidenced on thumbs of both the QWR appliers and a patient right after the experiment. Two-dimensional Fourier transformation on these halo patterns further revealed unusual orderly features. The subtle energy analyzer (SEA), on the other hand, captured large, high speed swing on the voltage signals as soon as the QWR was applied by the practitioner healers. Subsequent Fourier transform further uncovered an increase of two-orders of magnitude at a mode around 60 Hz, as well as some frequency shifts, believed to be caused by the QWR action.
A double-blind experiment was also launched in which 48 pains-suffering patients of the aforementioned rehabilitation house were divided into two groups. Among the group received QWR application, 14
responded with improvement, and 10 without. In the reference group, 13 claimed improved, while 11 felt the same. Therefore, by the current setting of samples, the significance in QWR effectiveness was not successfully revealed.
