Hutchinson Effect

From TinWiki.org

The Hutchinson Effect - a heavy metal sphere being levitated.

The Hutchinson Effect, named after John Hutchinson, is a scientific phenomena for the levitation of heavy objects, fusion of unlike materials, the anomalous heating of metals without burning adjacent material, spontaneous fracturing of metals which separate by sliding sideways, and both temporary and permanent changes in the crystalline structure and physical properties of metals.

The Hutchinson effect accidentally found by John Hutchinson happens as the result of radio wave interferences in a zone of spatial volume encompassed by high voltage sources. Theses sources are usually a Van de Graff generator and two or more Tesla coils.

1 Levitation of Heavy Objects
2 Anamolous Heating
3 Spontaneous Fracturing
4 Changes in Structure and Properties
5 Related Links
6 See Also
7 Related ATS Threads

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Levitation of Heavy Objects

The Hutchinson Effect has been well documented and video taped and is not a result of electro static or electromagnetic levitation. When levitating heavy objects, it is limited to the use of 75 Watts of power from a 120 Volt AC outlet, as that is all that is used by Hutchison's apparatus to levitate a 60-pound cannon ball.

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Anamolous Heating

The heating of metal without any burning of the adjacent material may tell us we don't understand all that there is to the nature of heat. The anomalous heating shown by the Hutchison Effect shows we have more to understand and know, especially where thermodynamics and electromagnetism meet.

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Spontaneous Fracturing

The spontaneous fracturing of metals is a special phenomena. First of all, there's no proof of a external force creating the fracturing, and the method by which the metal separates is by a sliding motion. The sliding motion happens in a sideways direction, horizontally and the metal simply comes apart.

A butter knife embedded in a metal plate.

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Changes in Structure and Properties

The temporary changes in the crystalline structure and physical properties of metals happen when there is no one near the metal when the change occurs. One case of permanent change, a metal bar will be very solid at one end, but at the other end it will be soft and malleable. This is evidence of strong influence on Van der Waals forces.

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