Bio-magnetism:
Electrical currents flow in living organisms and they produce magnetic fields that extend outside of the body and can be influenced by external magnetic fields as well. The magnetic field produced by the brain is easily detected using a special magnetometer.
The flow of the electrical currents in the brain produce a magnetic field that can be measured and analyzed several feet away from the head. We, and all other living things, are surrounded by a magnetic field extending out into space from our bodies, and the fields from the brain reflect what is happening in the brain. Living organisms have the ability to somehow sense these minute daily cycles in the Earth's magnetic field and to use them to time their biological cycles.
The changing magnetic field creates an electric field directly in the wire, which causes electrons in the wire to move. The amount of voltage generated is proportional to the total length of wire in all the loops. A changing magnetic field will also create an electric field in the human body, which causes a current to flow. The current is at right angles to the direction of the changing magnetic field, and is strongest near the extremities of a person. Current tends to flow along the outer surface of the body. Its strength is proportional to the rate at which the field changes.
The spinning core of molten iron miles beneath the surface of the Earth creates a dipole magnetic field, like a bar magnet. The energy of the sun distorts and perturbs this simple field into a unique structure known as the magnetosphere. The strength of the Earth's magnetic field averages about half a gauss. Its daily change in strength is less than 0.1 gauss. Compared with the 200-gauss strength of the magnet that holds a refrigerator door closed, this seems miniscule. The sun constantly gives off a solar wind, composed of high-energy atomic particles. These particles travel through space at great speed and crash into the outer layers of the Earth's magnetic field, compressing it until its energy matches that of the solar wind. The area of interaction between these two forces is called the bow-shock region. The sun's magnetic field is organized into sectors, much like the segments of an orange. Alternate sectors have their fields directed inward and outward, so that as the sun rotates, a slight change is produced as each sector boundary crosses the line connecting the sun with the Earth. On the side away from the sun, the magnetic field is drawn out into a long magneto tail, which stretches away from the Earth far into space. It contains vast stores of energy and demonstrates reliable daily fluctuations in strength, as well as longer periodic changes. It is subject to sudden, massive storms produced by energetic events on the sun. Over geologic time, it exhibits strange reversals of polarity.
The Earth rotates on a day-night cycle within this complex field. The magnetosphere does not rotate but remains fixed in space, with one side always facing the sun. Because of this, any given spot on the surface of the Earth is in a constantly changing magnetic field. The daily rise and fall in the strength of this field causes biological rhythms. Magnetic storms appear to have a direct effect on the operations of the human brain. This interaction results in the generation of enormous electrical currents with billions of watts. It also results in the production of ionizing radiation and various electromagnetic waves. The EMF energy of the earth is usually absorbed through the feet.
The pineal gland is the "clock" that controls biological cycles. The cyclic pattern of sleep-wakefulness is dependent upon the level of melatonin secretion by the pineal. The pineal gland is the principal structure in the brain that is directly sensitive to the Earth's magnetic field. As a result, it functions abnormally when exposed to abnormal fields. Because the pineal produces a host of psychoactive chemicals (such as melatonin, dopamine, serotonin, and others), its abnormal functioning may result in a variety of neurological and behavioral abnormalities. It was first determined that a part of the output of the retina is diverted to the pineal, where it senses the day-night cycle and melatonin secretion is adjusted accordingly.
The pineal is also sensitive to the daily cyclic pattern in the Earth's magnetic field. Abnormal secretion of hormones by the pineal is linked to many behavioral abnormalities. The primary effect of a chronically abnormal biocycle is the production of chronic stress syndrome a condition that produces a wide variety of health problems, including a marked decline in competency of the immune system. Nature intended the pineal to simultaneously receive the same signals from the daily pattern of day-night and the same rise and fall in strength of the geomagnetic field. Obviously, when one or both signals are abnormal, the pineal does not respond in the normal fashion, and the body's biological cycles become disturbed--with important health results. Over two billion years of evolution, living things have taken advantage of the two portions of the electromagnetic spectrum that could be depended upon to always be present: the geomagnetic field and visible light. Life developed specific organs to sense the geomagnetic field and to derive timing information from it just as it developed specific organs to sense and derive information from light.
The pineal is also sensitive to the daily cyclic pattern in the Earth's magnetic field. Abnormal secretion of hormones by the pineal is linked to many behavioral abnormalities. The primary effect of a chronically abnormal biocycle is the production of chronic stress syndrome a condition that produces a wide variety of health problems, including a marked decline in competency of the immune system. Nature intended the pineal to simultaneously receive the same signals from the daily pattern of day-night and the same rise and fall in strength of the geomagnetic field. Obviously, when one or both signals are abnormal, the pineal does not respond in the normal fashion, and the body's biological cycles become disturbed--with important health results. Over two billion years of evolution, living things have taken advantage of the two portions of the electromagnetic spectrum that could be depended upon to always be present: the geomagnetic field and visible light. Life developed specific organs to sense the geomagnetic field and to derive timing information from it just as it developed specific organs to sense and derive information from light.
A purely specific conceptual influence communicated to the near child small-pox or measles in the same way as the magnet communicated to the near needle the magnetic property.
The flow of the electrical currents in the brain produce a magnetic field that can be measured and analyzed several feet away from the head. We, and all other living things, are surrounded by a magnetic field extending out into space from our bodies, and the fields from the brain reflect what is happening in the brain. Living organisms have the ability to somehow sense these minute daily cycles in the Earth's magnetic field and to use them to time their biological cycles.
The changing magnetic field creates an electric field directly in the wire, which causes electrons in the wire to move. The amount of voltage generated is proportional to the total length of wire in all the loops. A changing magnetic field will also create an electric field in the human body, which causes a current to flow. The current is at right angles to the direction of the changing magnetic field, and is strongest near the extremities of a person. Current tends to flow along the outer surface of the body. Its strength is proportional to the rate at which the field changes.
The spinning core of molten iron miles beneath the surface of the Earth creates a dipole magnetic field, like a bar magnet. The energy of the sun distorts and perturbs this simple field into a unique structure known as the magnetosphere. The strength of the Earth's magnetic field averages about half a gauss. Its daily change in strength is less than 0.1 gauss. Compared with the 200-gauss strength of the magnet that holds a refrigerator door closed, this seems miniscule. The sun constantly gives off a solar wind, composed of high-energy atomic particles. These particles travel through space at great speed and crash into the outer layers of the Earth's magnetic field, compressing it until its energy matches that of the solar wind. The area of interaction between these two forces is called the bow-shock region. The sun's magnetic field is organized into sectors, much like the segments of an orange. Alternate sectors have their fields directed inward and outward, so that as the sun rotates, a slight change is produced as each sector boundary crosses the line connecting the sun with the Earth. On the side away from the sun, the magnetic field is drawn out into a long magneto tail, which stretches away from the Earth far into space. It contains vast stores of energy and demonstrates reliable daily fluctuations in strength, as well as longer periodic changes. It is subject to sudden, massive storms produced by energetic events on the sun. Over geologic time, it exhibits strange reversals of polarity.
The Earth rotates on a day-night cycle within this complex field. The magnetosphere does not rotate but remains fixed in space, with one side always facing the sun. Because of this, any given spot on the surface of the Earth is in a constantly changing magnetic field. The daily rise and fall in the strength of this field causes biological rhythms. Magnetic storms appear to have a direct effect on the operations of the human brain. This interaction results in the generation of enormous electrical currents with billions of watts. It also results in the production of ionizing radiation and various electromagnetic waves. The EMF energy of the earth is usually absorbed through the feet.
The pineal gland is the "clock" that controls biological cycles. The cyclic pattern of sleep-wakefulness is dependent upon the level of melatonin secretion by the pineal. The pineal gland is the principal structure in the brain that is directly sensitive to the Earth's magnetic field. As a result, it functions abnormally when exposed to abnormal fields. Because the pineal produces a host of psychoactive chemicals (such as melatonin, dopamine, serotonin, and others), its abnormal functioning may result in a variety of neurological and behavioral abnormalities. It was first determined that a part of the output of the retina is diverted to the pineal, where it senses the day-night cycle and melatonin secretion is adjusted accordingly.
The pineal is also sensitive to the daily cyclic pattern in the Earth's magnetic field. Abnormal secretion of hormones by the pineal is linked to many behavioral abnormalities. The primary effect of a chronically abnormal biocycle is the production of chronic stress syndrome a condition that produces a wide variety of health problems, including a marked decline in competency of the immune system. Nature intended the pineal to simultaneously receive the same signals from the daily pattern of day-night and the same rise and fall in strength of the geomagnetic field. Obviously, when one or both signals are abnormal, the pineal does not respond in the normal fashion, and the body's biological cycles become disturbed--with important health results. Over two billion years of evolution, living things have taken advantage of the two portions of the electromagnetic spectrum that could be depended upon to always be present: the geomagnetic field and visible light. Life developed specific organs to sense the geomagnetic field and to derive timing information from it just as it developed specific organs to sense and derive information from light.
The pineal is also sensitive to the daily cyclic pattern in the Earth's magnetic field. Abnormal secretion of hormones by the pineal is linked to many behavioral abnormalities. The primary effect of a chronically abnormal biocycle is the production of chronic stress syndrome a condition that produces a wide variety of health problems, including a marked decline in competency of the immune system. Nature intended the pineal to simultaneously receive the same signals from the daily pattern of day-night and the same rise and fall in strength of the geomagnetic field. Obviously, when one or both signals are abnormal, the pineal does not respond in the normal fashion, and the body's biological cycles become disturbed--with important health results. Over two billion years of evolution, living things have taken advantage of the two portions of the electromagnetic spectrum that could be depended upon to always be present: the geomagnetic field and visible light. Life developed specific organs to sense the geomagnetic field and to derive timing information from it just as it developed specific organs to sense and derive information from light.
A purely specific conceptual influence communicated to the near child small-pox or measles in the same way as the magnet communicated to the near needle the magnetic property.
Your description of bio-magnetism is remarkably simplistic.
ReplyDeleteFor a start, electricity does not "flow" like power lines through the human body at all, although electrons are involved in brain activity. A bit of basic research on electrical activity in nerves and the brain will rapidly dispel the notion of any "internal electrical wiring" in the human body.
So your comments on bio-magnetism are based on this quite false presumption.
The Earth's magnetic field is NOT fixed. It indeed rotates with the Earth. Otherwise the North and South magnetic poles could not possibly be fixed locations offset from the rotational North and South poles.
ReplyDeleteThus your whole concept of a moving body in a magnetic field is somewhat flawed from the outset.
Would you care to discuss this further?