The key to blood circulation and oxygen delivery in human body : acoustic resonance

The human body is a living organism, all cells of the body are working on the base of energetic vibration. Oxygen affords energy to vibrate, and regulates different organs and tissues to generate different working frequency. This frequency is a property of acoustic wave, which is continuously broadcasting to other cells of the body. Therefore, the organs and tissues of the body communicate with each other by acoustic transmission. And tuned oxygen frequency is the key to collaboration all over the body. (refer to: The base of collaboration within organs: healthy oxygen with tuned frequency)   

In the blood circulation and oxygen delivery of the body, oxygen is energy supplier; and ferrous (Fe²⁺, divalent iron) of red blood cells(erythrocytes) in the blood acts as containers to transport oxygen. A little known science fact is that oxygen and iron both have a higher degree of magnetic susceptibility. It means that both oxygen and iron are ease to change the arrangement of electrons by special oscillation. Oxygen and iron are gifted elements for acting as mediators for energy and message transmission. Therefore, oxygen molecule binding on ferrous in hemoglobin, oxygen elements in ATP, oxygen elements in amino acids, oxygen elements in water, and oxygen elements in DNA/RNA; all of these oxygen elements in the body are connected to form a resonating network of the body. Tuning oxygen frequency is the key to orchestrate collaboration all over the body. Furthermore, the blood perfusion into organs and tissues are based on resonating frequency, oxygen with specific frequency will be delivered into the target amino acids and proteins with corresponding oxygen frequency.      

Fig.1: The magnetic susceptibility of the elements, Technical Encyclopedia, Mc Graw-Hill, P.315

Step further to take a detailed look inside the system of blood circulation and oxygen delivery: People inhale oxygen from nose, and oxygen travels through trachea, lung, heart, blood vessel, and oxygen is finally delivered into the 60 trillions of cells of the body. Oxygen affords energy, hemoglobin acts as carrier, and the nose, lung, heart, and blood vessels are resonant cavities for regulating oxygen frequency. They are very similar to electric devices such as voltage regulator, rectifier, filter in a electric system. The lung performs the first step of regulation, the heart performs the second step, step by step, and finally the blood flows into the resonating organs and tissues.   

The whole system is working on acoustic resonance, and oxygen plays the key role of energy supply, frequency modulation, and acoustic transmission.

In the whole resonating system of the body, the lung and heart are the most important organs for regulating and filtering acoustic frequency. Especially the heart contracts and relaxes to create heartbeat as the working rhythm of all organs. Also, heartbeat is the most crucial frequency as a carrier for all resonating frequency in the human body. Based on the heartbeat frequency, organs and tissues are able to harmonically collaborate together. All organs must keep tuning with heartbeat frequency to get the blood perfusion and then get the oxygen delivery. For example, A fetus must stay tuned with the mother's heartbeat to enable the blood supply and obtain oxygen and nutrients from the mother. In addition, medical devices such as ECMO (Extra-Corporeal Membrane Oxygenation) and artificial heart, they only pump blood to flow, but never generate heartbeats. Once organs and tissues lose the carrier frequency of heartbeat, they cannot tune with resonating frequency, and eventually fail to collaborate together. Inevitably, there occurs severe hypoxia in the body such as tissue necrosis in the end of limbs, kidney failure, stroke, epilepsy, brain injury, and other serious side effects.

In addition to human beings, the circulating ability of animals and plants also comes from acoustic resonance. In the observation in the circulating system of plants, why the circulating ability of trees must come from acoustic resonance? The reason is that if the circulating ability is from pressure, no trees can grow taller than 10 meters. This is due to the sea level pressure of atmosphere, also referred as 1 standard atmosphere (1atm), is 1013 cm water column. But there is a kind of shala tree, also known as Shorea robusta, in the Indian subcontinent. It can attain heights of 30 to 35 m. The power of circulation of trees is originated from acoustic resonance through vibration. Typically, leaf vibrates by wind. Also, the sunlight shines on the upper surface of a leaf to make temperature differ from the lower surface. Then different temperature between the upper and lower surface of leaf will create pressure and make leaf vibrate.

The circulation of plants work on acoustic resonance, and the different shapes of leaves create different resonating frequency. Take more examples for further explanation:

1. Needle-leaved trees lived in high mountains vibrate a higher resonating frequency to enable their circulation according to low atmospheric pressure in high altitudes.

2. Plants with big fruit must have broader leaves to create lower resonating frequency to enhance the circulation ability to fertilize fruits to grow bigger.

3. In-leaf trees in summer have a higher resonating frequency than out-of-leave trees in winter.

Knowing that plants in different situations need different resonating frequency, and vice versa. Shifted frequency will cause problems of acoustic resonance and makes plants sick.

Based on above explanation, we are able to answer the question of what is the purpose of taking exercise? Take exercise is to vibrate muscles and creates a better acoustic resonance, resulting in a better situation for blood circulation and oxygen delivery all over the body. But intense exercise will shift resonating frequency too high, blood will flow to limbs and skins instead of brain cells and internal organs. Obviously, intense exercise will lead oxygen deficit in brain cells and other organs, and causes damage to brain cells and organs. This is the reason for why outstanding athletes cannot always have a longer lifetime. And even worst, the elder they live, the more diseases occur in their body.

Most importantly, what is the best exercise for brain cells and internal organs? Breathe healthy oxygen with tuned frequency for resonating with brain cells and organs. It must be kept in mind that acoustic resonance is the key to perfusion of blood circulation and oxygen delivery; and further, it is essential to keep tuned the frequency of inhaling oxygen with the frequency of oxygen element in amino acids of brain cells and organs. Therefore, tuning oxygen frequency for acoustic resonance of the body is the most important job for blood circulation and oxygen delivery in the body.