fusing topology

[AntonioLao]

At 1:45 AM on November 22, 2011, the fusing topology was resolved. Right about the lingering but unusually heavy rain storm announced its departure from the vicinity of Downtown Plano community. This resolution is no other than that is observed where and when a piece of bar magnet is broken into two pieces. The following descriptions served to record this awaken slumbering mental observation.


The topology of a piece of bar magnet is either an H-plus or an H-minus regardless of in whatever direction the north-seeking pole or the south-seeking pole is pointing. However, if the bar magnet is broken into two pieces then the separate pieces retain the same fusing topology. This particular observation asserts that this distinct topology is independent of the physical shape of the three dimensional structure at the junction of the broken edges. Although a completely fitted reattachment of the broken pieces must follow the contour of the jagged edges, the fusing topology must be different since an H-plus cannot fuse with an H-plus and neither can an H-minus fuse with an H-minus. In order to fuse, either of the two broken pieces must exercises a 180° rotation. This semi-circular rotation is equivalent to the inherent half-twist of every Möbius topology. This twist transforms an H-plus topology into an H-minus topology, vice versa. Applying the same principle to the fusion of two deuteron nuclei, either deuterons must performs the same 180° topological twisting at the infinitesimal local region of each pair of deuteron nuclei required by a theory of proximity. This infinitesimal operation is equivalent to the quantum mechanical Pauli exclusion principle for two electrons to occupy the same quantum state orbital if and only if their spins are opposite of each other.

[mkirkpatrick]

At 1:45 AM on November 22, 2011, the fusing topology was resolved. Right about the lingering but unusually heavy rain storm announced its departure from the vicinity of Downtown Plano community. This resolution is no other than that is observed where and when a piece of bar magnet is broken into two pieces. The following descriptions served to record this awaken slumbering mental observation.


The topology of a piece of bar magnet is either an H-plus or an H-minus regardless of in whatever direction the north-seeking pole or the south-seeking pole is pointing. However, if the bar magnet is broken into two pieces then the separate pieces retain the same fusing topology. This particular observation asserts that this distinct topology is independent of the physical shape of the three dimensional structure at the junction of the broken edges. Although a completely fitted reattachment of the broken pieces must follow the contour of the jagged edges, the fusing topology must be different since an H-plus cannot fuse with an H-plus and neither can an H-minus fuse with an H-minus. In order to fuse, either of the two broken pieces must exercises a 180° rotation. This semi-circular rotation is equivalent to the inherent half-twist of every Möbius topology. This twist transforms an H-plus topology into an H-minus topology, vice versa. Applying the same principle to the fusion of two deuteron nuclei, either deuterons must performs the same 180° topological twisting at the infinitesimal local region of each pair of deuteron nuclei required by a theory of proximity. This infinitesimal operation is equivalent to the quantum mechanical Pauli exclusion principle for two electrons to occupy the same quantum state orbital if and only if their spins are opposite of each other.

Well done Antonio,we will ignite the ultimate fusion before too long.

regards michael.

[AntonioLao]

The technical engineering problem might be insurmountable: Take a pair of deuterons hold one of them still while doing a spin flip of the other.

[mkirkpatrick]

The technical engineering problem might be insurmountable: Take a pair of deuterons hold one of them still while doing a spin flip of the other.

Sounds rather painful to me and well nigh impossible.

regards michael.

[AntonioLao]

One idea is to align a group of deuterons in certain direction while aligning another group of deuterons in the opposite direction then at the right moment fuse these two groups of deuterons for cold fusion.

[mkirkpatrick]

One idea is to align a group of deuterons in certain direction while aligning another group of deuterons in the opposite direction then at the right moment fuse these two groups of deuterons for cold fusion.

That would take some very accurate positioning would it not.

regards michael.

[AntonioLao]

It becomes simpler by magnetic field alignment of the spin of each deuteron.

[mkirkpatrick]

It becomes simpler by magnetic field alignment of the spin of each deuteron.

Yes easier to get ones head around it.


regards michael.

[AntonioLao]

My question remains why no one can detect the magnetic monopole?

[mkirkpatrick]

My question remains why no one can detect the magnetic monopole?

Maybe cause its not there? Or is so hidden it cannot be found.


regards michael.