Electromagnetic Resonance Phenomena Research Articles

무선전력전송의 조사량 평가 시 전기장 영향

The coupling effect of electric fields incident on the biological object is investigated in regards to dosimetry for a wireless power transfer(WPT) system using electromagnetic resonance phenomenon. The internal electric fields induced a biological sphere model exposed to a magnetic dipole are calculated with the finite-difference time-domain(FDTD) method considering both incident electric and magnetic fields, the impedance method considering only incident magnetic fields, and theoretical analysis. The results represent that the electric coupling effect on a biological object nearby the WPT system should be considered to conduct exact dosimetry.

Erratum to: Schumann resonance observation in China and anomalous disturbance possibly associated with Tohoku M9.0 earthquake

Schumann resonance (SR) is an electromagnetic resonance phenomenon in the Earth–ionosphere cavity exited by global lightning activities when the wavelength matches the circumference of the Earth, and the lowest four peak frequencies of SR are about 8, 14, 20, and 26 Hz. This article presents the new observational data of SR in China. The observations of two horizontal magnetic components (BNS and BEW) in the frequency band range of 3–29 Hz at Yongsheng observatory (26.7°N, 100.8°E) in southwestern China were mainly analyzed. It is found that the SR amplitudes at peak frequencies in BNS and BEW components all showed diurnal and seasonal variations, and that the SR amplitude in BNS component is always higher than that in BEW component. Diurnal variation of SR amplitude around equinoxes and solstices in BNS component is related to active intervals of three global thunderstorm centers, while SR amplitude in BEW component is the most significant at around 16 LT, corresponding to Asian center. SR amplitudes both in BNS and BEW components increase in the rainy season from May to September. In addition, the SR anomalies in association with the 2011 Japan earthquake are exhibited. The anomalous effect was characterized by an increase in amplitude at the lowest four SR modes beginning at 4 days before this earthquake. Upon analyzing the wave interference between the direct wave and disturbed wave scattered by localized modification of lower ionosphere over the epicenter, Asian and African thunderstorm centers are found to contribute to anomalous effect observed at Yongsheng station. Modeling results of SR regular and disturbed spectra at different local times led to the similar conclusion.

A consideration of electro-magnetic-resonant coupling mode in wireless power transmission

The resonant mode of the wireless power transmission system is discussed to unveil a mechanism of wireless power transmission. We have analyzed electro-magnetic resonance phenomenon by using MoM to calculate input impedance, port currents, transmission efficiency, and near field distribution. We have checked that the system has two resonant frequencies, and the power transmission efficiency is maximized at those frequencies. The magnetic field distribution proves that the system has two different resonant modes. We have also considered far field to find that the higher frequency resonance is better for its high efficiency and low undesired emission.

Organ Representation Areas of Different Internal Organs Localized on the Eyebrows & Eyelids by the Bi-Digital O-Ring Test Electromagnetic Resonance Phenomenon between 2 Identical Molecules – Part I: Detection of Increased Markers for Cancer & Heart Disease from White Hairs on the Eyebrows and Marked Decrease in the Markers after Taking One Optimal Dose of DHEA

Organ representation areas of different internal organs were localized on the eyebrows for the first time in 2005 and localized on the surrounding tissue around the eye in 2008 using the Bi-Digital O-Ring Test (BDORT) electromagnetic resonance phenomenon between 2 identical tissue. The appearance of white hairs at specific organ representation areas of eyebrows represent an abnormal condition of the specific internal organ if the BDORT grading is (-)4 or a higher negative value. When one of these white hairs on the eyebrows is examined at any location along its entire length by the BDORT, if the grading is a very abnormal negative value of (-)6 or a higher (-) value, significantly abnormal conditions exist or existed at the corresponding time at the specific location of the hair. The heart representation area on the eyebrow is located nearest to the bridge of the nose on each side, where abnormally increased BNP (Brain Natriuretic Peptide) and cardiac Troponin I content is detected on the part of the white hair where the BDORT grading is (-)6 or a higher negative value. In the very abnormal part of the white hair representing the heart, Asbestos, TXB2, and PLGF (Placental Growth Factor) are markedly increased, while DHEA is markedly reduced. If Integrin alpha5beta1 and Oncogene C-fos Ab2 are more than 5-10 ng (BDORT units), malignancy can be suspected. When one optimal dose of DHEA, 8.5 mg, was taken once, normal body tissue telomere was increased from less than 1 ng (during which time the patient experienced extreme tiredness and frequent urination), to 525 ng (BDORT units), not only did severe tiredness & frequent urination completely disappear, but also the white hair representing the left ventricle changed to black hair, and the semi-transparent white hair representing the kidney changed to a non-transparent white hair, with significant decreases in the abnormal parameters. Thus, it is possible to detect unrecognized serious heart conditions or early-stage cancer that are currently present or that were present in the recent past by examining the white hairs of the eyebrows, and these diseases can be improved by one optimal dose of DHEA or Astragalus.

Rapid Screening and Diagnosis of Various Cancers From Human Voice Using Bi-Digital O-Ring Test Resonance Phenomenon Between 2 Identical Substances i.e. Between Microscope Slide of Specific Cancer Tissue & Cancer Information in the Sound of Human Voice, and Detection of Myocardial Damage & Infection from Human Voice

Since 1982, the author has been successfully using Bi-Digital O-Ring Test (BDORT) electro-magnetic resonance phenomenon between 2 identical substances; i.e. between specific cancer (in vivo) of a patient and a microscope slide of identical cancer tissue to detect cancers at a very early stage. Since 2000, the author has found that when BDORT is performed while an individual with a malignant tumor is talking, BDORT became (-1 approximately -10) in 94% of 200 cases and the number of openings (-) is approximately proportional to the degree of abnormality up to -10. Thus, cancer can be screened from voice within 1 min., without any instruments. Also, when cancer-free persons hold slides of cancer tissue or 10ng or higher Oncogene C-fos Ab2 or Integrin alpha5beta1 while talking over a short or long distance, BDORT always opens. To identify the type of the patient's malignancy, if BDORT is performed by an examiner holding a microscope slide of cancer tissue identical to the patient's cancer, characteristic strong BDORT resonance phenomenon appears with opening of all O-Rings formed between thumb and other fingers. When patients with myocardial infarct or various infections speak, no O-Rings open without holding identical pathological substances. Thus, it is possible to detect any type of malignancy from the voice, as long as a set of about 35 different tumor tissue slides is available. Based on these new findings, the author concluded that the voice of an individual with a malignancy carries information about the amount and structure of molecules present in malignant tissue.

Etched-quartz fabrication issues for a 0.25 μm phase-shifted dynamic random access memory application

A 0.25 μm pattern from a dynamic random access memory application is used to assess the impact of an etched-quartz fabrication process on the lithographic performance of an actual phase-shifted circuit design. A new measurement tool called the aerial image measurement system is used to quantify the effects of an isotropic wet etch following the quartz reactive-ion etching step on the printability of the phase-shifted pattern at two values of partial coherence. The presence of significant transmission and phase errors, in part a result of optical scattering from the edges and/or corners of the etched-quartz trench, reduced the potential benefits obtained from phase shifting. At the optimum postetch conditions for a partial coherence of 0.36, only 65% of the ideal depth-of-focus was obtained. Transmission errors were reduced from greater than 25% with no postetch treatment to less than 5% with wet-etch depths in excess of 1100 Å. However, large phase errors, between 20° and 60°, were present for all postetch conditions, and were strongly dependent on the partial coherence. Optimization of depth-of-focus required a nominal wet-etch depth of 1200 Å for σ=0.6, but only a 900 Å depth at σ=0.36. Large variations in the phase error as a function of the postetch treatment conditions were attributed to electromagnetic resonance phenomena between the sidewalls of the etched-quartz trench.

Non-invasive evaluation of the effects of opening & closing of eyes, and of exposure to a minute light beam, as well as to electrical or magnetic field on the melatonin, serotonin, & other neuro-transmitters of human pineal gland representation areas & the heart.

Using the Bi-Digital O-Ring Test electromagnetic resonance phenomena between 2 identical substances, first the pineal gland representational (rep.) areas were localized on the 5 different locations on the surface of the head using microscope slides of the pineal gland or Melatonin (while the eyes are closed) as a reference control substance. The 3 pineal rep. areas along the mid-line of the head always showed two lobes connected as a "Dumbbell" shape, with one round or oval area at each side of the mid-line. From each side of the head, anterior and superior to the ear, it appeared in a shape resembling the side view of a pineal gland. When both eyes were open, Melatonin, Norepinephrine (NE), and Acetylcholine (ACh) markedly decreased, while Serotonin, Dopamine, and GABA increased significantly in the outer part of the pineal gland rep. areas. When both eyes were closed, Melatonin, NE and ACh increased markedly, with marked decrease in Serotonin, Dopamine and GABA in the outer part of the pineal gland rep. areas. However, in the inner core of the pineal gland rep. area, an opposite response was found. Thus, the pineal gland has 2 main lobes, and functionally each lobe seems to have two concentric areas with an inverse relationship, i.e., a "Functional Cortex" area and a "Functional Core" area. The biochemical changes between the cortex and the core are in an inverse relationship. Melatonin was also found in the S-A node & right side of normal heart when the eyes were closed. When the eyes were open, Melatonin was found in the left side of the heart, as well as the salivary glands, stomach, colon, etc. While both eyes were closed, when a weak light beam was exposed at different parts of the body, such as any part of the upper and lower extremities, Melatonin, NE, and ACh decreased, with an increase in Serotonin, GABA and Dopamine only in the functional cortices of the pineal gland lobes on the same side of the body. Even when both eyes were open, if a very weak narrow beam of light was exposed on any part of the body, Melatonin, NE and ACh decreased, while Serotonin, Dopamine and GABA increased compared with pre-exposure level in only the functional cortices of the pineal gland lobes in the same side of the light exposure, and the opposite effect was also observed in the functional core of the light exposed side only.(ABSTRACT TRUNCATED AT 400 WORDS)

Electromagnetic resonance phenomena and equipments to study the relation between solar activity and the magnetoplasma (ionosphere)

Abstract A more exact definition of the lower ionosphere is given. By the lower ionosphere we mean that part of the upper atmosphere between 50–60 km and 150 km where the phenomenon of ionic diffusion is small, and which influences the propagation of radio waves and atmospheric noises, and which is the seat of the system of currents that produce the variations of the geomagnetic field. The plasma exhibits a particular non-linear behaviour and has a layer (Bailey's layer) where considerable effects of electromagnetic resonance occur. After describing briefly the most recent work on the chemical, ionic and electric structure of the D region, the reason for the non-linear behaviour of the plasma in this region is explained. Using V. A. Bailey's theory of interaction and the Ginzburg-Gurevich kinetic theory the concept of the ‘plasma field’ is given and it is shown how the latter theory allows greater precision in calculating G eff and v eff and that among other things G eff depends on the temperature. To hav...