magnetic topology

[AntonioLao]

No matter how magnetic field lines twist and turn if they are all frozen within certain plasma fluid then their magnetic topologies remain unchanged. Using knots theory http://en.wikipedia.org/wiki/Knot_theory different magnetic topologies can be described successfully. It is commonly agreed by topologists that actual cutting or tearing of knots is not allowed. Therefore, all knots regardless of their complexity must all be closed loops. To say that two topologies are not equivalent is the same as saying that no amount of twisting, reorienting, loosening, or tightening will ever transform one into the other, for example: a donut into a Twinkie.

Even though magnetic monopole could not be found, it is still possible to talk about its topology. Just how many distinct magnetic topologies can there be? For electricity, there are the positive and the negative topology. No matter how much energy is emitted or absorbed into a negative charge it could never become a positive charge. On the other hand in high energy experiments units of energy could always be converted into equal half units of positive and half units of negative and sometimes into three equal thirds of neutral particle give or take some asymmetries.

Electric current is what moves modern technology. However, magnetic current does not. Is it because it does not exist? On the contrary, it does exist and its speed must be superluminal. It is these superluminal speeds of magnetic monopoles that allow them distinct topologies. At light speed, all these different topologies merged into one topology when magnetism merged with electricity becoming electromagnetism.

[mkirkpatrick]

No matter how magnetic field lines twist and turn if they are all frozen within certain plasma fluid then their magnetic topologies remain unchanged. Using knots theory http://en.wikipedia.org/wiki/Knot_theory different magnetic topologies can be described successfully. It is commonly agreed by topologists that actual cutting or tearing of knots is not allowed. Therefore, all knots regardless of their complexity must all be closed loops. To say that two topologies are not equivalent is the same as saying that no amount of twisting, reorienting, loosening, or tightening will ever transform one into the other, for example: a donut into a Twinkie.

Even though magnetic monopole could not be found, it is still possible to talk about its topology. Just how many distinct magnetic topologies can there be? For electricity, there are the positive and the negative topology. No matter how much energy is emitted or absorbed into a negative charge it could never become a positive charge. On the other hand in high energy experiments units of energy could always be converted into equal half units of positive and half units of negative and sometimes into three equal thirds of neutral particle give or take some asymmetries.

Electric current is what moves modern technology. However, magnetic current does not. Is it because it does not exist? On the contrary, it does exist and its speed must be superluminal. It is these superluminal speeds of magnetic monopoles that allow them distinct topologies. At light speed, all these different topologies merged into one topology when magnetism merged with electricity becoming electromagnetism.

prehaps another name for magnetic current then could be Will?

regards michael.

[AntonioLao]

prehaps another name for magnetic current then could be Will?

Motion exists in magnetic current. Could motion exists in Will?

[mkirkpatrick]

Motion exists in magnetic current. Could motion exists in Will?

Yes it most certainly could.


regards michael

[Cubola Zaruka]

Magnetic current is electric current. The structure of iron atoms allows them to be easily aligned so that the electrons are concentrated on one side. Other materials can form stronger magnets at lower temperatures. The requirement for two poles is similar to the need for a piece of string to have either 2 of 0 ends. The speed of this current is not superluminal, as far as I am aware.

[AntonioLao]

Magnetic current is electric current

Classically speaking not quantum mechanically speaking similar to the distinction of locality and nonlocality.