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The principle of nuclear magnetic resonance (NMR) was first discovered in December 1945 by the research group led by Edward Mills Purcell at Harvard University when observing the absorption of radio frequency power by hydrogen nuclei in the paraffin sample. In January 1946, the research group led by F. Bloch at Stanford University also observed NMR phenomena in protons in the liquid samples. For this achievement, they shared the Noble Prize in Physics in 1952. After the verification of such NMR theory, many scientists joined the study and made this technique quickly applicable in such research areas as physics, chemistry, biochemistry, geology, and medicine, etc. Especially in medical diagnosis, NMR imaging techniques provide far more physiological information than radiography can do. And the range of its application areas still keeps expanding. Nuclear magnetic resonance employs the interaction between an extra static magnetic field and nuclear magnetic moment to generate minute energy level splits in an atomic nucleus with its original characteristic energy level as the center of symmetry. The nucleus thus turns into several adjacent energy levels in successive arithmetic distribution. It is then excited by the electromagnetic wave in the static magnetic field to generate resonance transition, through which scientific observations are made. Take a laser ( light amplification by stimulated emission of radiation) for example : if the difference between two characteristic electron energy levels used to generate laser light in the laser gain medium is △E, the characteristic frequency of transition will be ω0 =△E/h. If the oscillation frequency of the electromagnetic wave passing through the laser medium is ω≠ω0 , it will neither be absorbed nor generate resonance phenomena. But if the oscillation frequency of the electromagnetic wave is ω=ω0 when passing through the laser medium, it will pass through the medium and generate resonance phenomena. When most of the laser medium stays in a higher characteristic energy state, it will become excited and transit to a lower characteristic energy state while emitting an electromagnetic wave of the same oscillation frequency as ω. When the laser medium stays at a lower characteristic energy state, the medium will absorb this electromagnetic wave and transit to a higher characteristic energy state. This is called resonance absorption. For this reason, such an electromagnetic wave will cause the medium to periodically oscillate and transit between these two different characteristic energy states. The New Human Line can employ the Absolutely Constant Energy Source to connect the total energy field of the targeted person, event, time, place, and object in each space and time to generate interaction between them. He can then have resonance transition with that substance through the oscillation frequency of the energy moment fields and access basic mass-energy information and data from the target of resonance by means of the characteristic frequency of resonance transition between different energy states and the properties of periodical oscillation and transition. This capacity of accessing messages through resonance transition is called the function of performing resonance. Only the energy level of the resonance in the New Human Line is even lower than nuclear magnetic resonance and other electron energy state resonance. Therefore, it can substantially extend resonance distance and accuracy (please refer to below pictures).
Experiment 1: This experiment was carried out by Mr. Yuan Lin, the New Human Line, who utilized the resonance function to activate calcium ions. Calcium is an essential mineral nutrient and is abundant in the body. Most of the calcium exists in bones or teeth, little in the blood or inside the tissues, and normally in its ionic form. The calcium ion is an indispensable ion to all biochemical processes and physiological activities in an organism. It maintains biological membrane potential in cells and normal neural transmission, triggers muscle contractions, releases hormones, enhances blood coagulation, regulates heart rhythm, and secrets milk from mammy glands, etc. Calcium has a significant and specific effect on the nervous system. If the concentration of calcium in the blood decreases, the nerves will become over-excited, generating cramps in hands and feet. Therefore, high calcium level in the blood can inhibit neural excitation. The calcium concentration in the blood is carefully controlled by the parathyroid hormone. If the concentration of calcium in the blood drops down, it will be supplemented by the calcium released from the bones. On the contrary, if the calcium concentration is high in the blood, the calcium will either sediment and be stored in the bone or be excreted by the kidney into urine for elimination from the body so as to keep the calcium in the bones and the blood in a balanced and stable state.
The purpose of this experiment is to show that Mr. Yuan Lin, the New Human Line, can utilize the resonance function to activate calcium ions before NaOH is added as well as to change the concentration of calcium ions after the precipitate of Ca(OH)2 is formed so as to affect the efficacy of calcium ions in the functioning of the human body (p = 0.01), without any change in the sample’s molecular weight, structural formula and conformation, at 25℃, 1.0 atm and pH 7.0, in a confined and isolated space, and with no contact with catalysts, biologically active substances, chemical substances, and physical action forces. Table 1. Comparison of the amount of precipitate between two treatments Experiment 2: This experiment was performed by Mr. Yuan Lin, the New Human Line, while attending the 2012 SIVB International Conference on June 5. Mr. Yuan Lin utilized the resonance function to activate calcium ions through extremely remote hyperlinking via video telecommunications at the conference place. Calcium is an essential mineral nutrient and is abundant in the body. Most of the calcium exists in bones or teeth, little in the blood or inside the tissues, and normally in its ionic form. The calcium ion is an indispensable ion to all biochemical processes and physiological activities in an organism. It maintains biological membrane potential in cells and normal neural transmission, triggers muscle contractions, releases hormones, enhances blood coagulation, regulates heart rhythm, and secrets milk from mammy glands, etc. Calcium has a significant and specific effect on the nervous system. If the concentration of calcium in the blood decreases, the nerves will become over-excited, generating cramps in hands and feet. Therefore, high calcium level in the blood can inhibit neural excitation. The calcium concentration in the blood is carefully controlled by the parathyroid hormone. If the concentration of calcium in the blood is too low, it will be supplemented by the calcium removed from the bones. On the contrary, if the calcium concentration is high in the blood, the calcium will either sediment and be stored in the bone or be excreted from the body through the kidney in the urine so as to keep the calcium in the bones and blood in a balanced and stable state.
The purpose of this experiment is to prove that Mr. Yuan Lin, the New Human Line, can utilize the resonance function and the Absolutely Constant Energy Source along with new biological engineering techniques to activate calcium ions before NaOH is added and then to change the mass (concentration) of calcium ions after the precipitate of Ca(OH)2 is formed. The experiment was carried out through extremely remote hyperlinking via video telecommunications, without any change in the sample’s molecular weight, structural formula and conformation, at 25℃, 1.0 atm and pH 7.0, in a confined and isolated space, and with no contact with catalysts, biologically active substances, chemical substances, and physical action forces. It aims to show that the efficacy of calcium ions in the functioning of the human body can thus be affected (p = 0.025).
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