Although magnetic field is a basic entity in theoretical model, it is almost impossible find in nature something purely static, that is time parameter does not enter. For example the electric field emanating from electron which both assumed 'static' entities, there are strong sign that electron has internal dynamic structure which surface with the Zitterbewegung.
So if the basic magnetism is a dynamic behaviour we may expect other forms of magnetism or break its symmetry. Same can be considered for the gravity. -----Original Message----- From: Axil Axil <[email protected]> To: vortex-l <[email protected]> Date: Sat, 16 Nov 2013 17:49:02 -0500 Subject: [Vo]:Chartorizing the magnetic field in LENR Any time current flows through a wire, a magnetic field is generated. If that current is a Direct Current, then the resultant magnetic field must have a constant orientation. If the current is alternating current, the magnetic field will vary both in direction and intensity, Hence, the term AC magnetic field. This is also known as radio frequency radiation. The magnetic field can vary in frequency from Extremely Low Frequency all the way up to Extremely High Frequency. The dc magnetic field will be constant. The ac field will alternate. DC Magnetic Field: DC Magnetic Fields can originate from natural or artificial sources. The magnet has a DC field. DC or "static" lines of magnetic flux naturally emanate from the earth or a magnet and provide a compass with the ability to indicate "Magnetic North". A superconducting MRI produces a DC magnetic field. A DC field can vary if it increases or decreases in intensity. This change in field intensity will disrupt electronic equipment. An Ac magnetic field will change its polarity from north to/from south at a frequency. Much can be learned about the LENR reaction by characterizing the magnetic field coming from the Ni/H reactor. Does the field coming from a coherent source and/or a superconductive source (I.E a Bose-Einstein condensate)? How does the magnetic field ramp up and down over time? I believe that my Nanoplasmonic theory predicts a DC magnetic field that may vary in a complex way as solitons are created and destroyed. This rate of creation/destruction may be reflected in the character of the magnetic field. If the solitons point in random directions, the LENR field will demonstrate complex interference behavior. An simple Ac field would be bad for my theory. If the magnetic field produced by LENR is an AC field, it will be oscillating at the frequency of infrared light. If the magnetic field is disrupting electron equipment and the phone system as stated by Defkalion, it must be varying. Defkalion should put a coil antenna on a high frequency oscilloscope and look at the current that the changing magnetic field produces over time if a field flux change exists.
