The deal with the fingers is more balderdash. The fingers are not magnetic; they are diamagnetic. The fingers do not levitate the object; they stabilize it. Someone using a metal detector does not sense metal himself (through the metal detector into his arms, for example). He is able to find metal because he hears the metal detector beep.
Saying that someone can sense something with a dowsing rod or long range locator (because of some property of the human body) is like saying that the fingers are levitating the object. If something is suspended between two magnets and it starts moving toward one, it is, AMAZINGLY enough, possible to stop the object from going toward the magnet by putting your hand in the way. If the object then remains stationary, it does not mean that your hand is levitating it. It means the the property of solidity of your hand keeps the object from moving toward the magnet. Elie
Saying that someone can sense something with a dowsing rod or long range locator (because of some property of the human body) is like saying that the fingers are levitating the object. If something is suspended between two magnets and it starts moving toward one, it is, AMAZINGLY enough, possible to stop the object from going toward the magnet by putting your hand in the way. If the object then remains stationary, it does not mean that your hand is levitating it. It means the the property of solidity of your hand keeps the object from moving toward the magnet. Elie
"Scientists have now shown that forces from everyday materials---wood, plants, even a person's fingers---can help levitate small magnets placed in a magnetic field, causing them to hover motionless in space.
Physcist's had never before acheived stationary levitation without using superconductors. A 157 year-old theorm stipulates that no arrangement of magnets can make them stay in a stable equilibrium.
Gelm and his colleagues, however, learned that certain materials can stabilize a magnet that is being levitated by another. The so-called diamagnetic materials have no permanent magnetic character but generate magnetism that opposes an applied magnetic field.-----------------The real surprise is that such weak repulsive forces are still enough to stabilize the magnetic, preventing it from falling down, or moving upward.
Physcist's had never before acheived stationary levitation without using superconductors. A 157 year-old theorm stipulates that no arrangement of magnets can make them stay in a stable equilibrium.
Gelm and his colleagues, however, learned that certain materials can stabilize a magnet that is being levitated by another. The so-called diamagnetic materials have no permanent magnetic character but generate magnetism that opposes an applied magnetic field.-----------------The real surprise is that such weak repulsive forces are still enough to stabilize the magnetic, preventing it from falling down, or moving upward.
The quoted scientific article merely confirms that the existent of a non-permanent magnetic "field" is being generated, and observed by phycist, who are surprised by the repelling force of such a weak non-permanent magnetic field.
I see no evidence in this article where science contridicts my simple informal theory, or criticizes the utilization of Harmonics, Frequency, and Magnetic "field" in my experiements and prototypes. My own field tests concur with their example.
"WHAT HAS BEEN DONE, CAN BE DONE" Dell


"WHAT HAS BEEN DONE, CAN BE DONE"
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