Monopole magnet!

Today i will give you a great gift,a holy grail of science,the monopole magnet,
which is a magnetic field that contains only one polarity,as opposed to the 2 with dipoles or four with quadrupoles etc.

magnetic fields are organised systems of electron spin,that is- one poles electrons will spin to the left and the others to the right.when two electrons who share the same spin interact,thier warpfields(upon space time) will in basic terms,bounce off each other as the warp fields are spinning in opposite directions,if thier spin is ,in opposition they will attract eachother as thier warp fields compliment each other and "bind".all particle charge is a result of warp fields upon space time,as the great Lt. Col Thomas E Bearden himself has realised.i will talk about how particle charge is created on another occasion,for now our quarry is magnetic monopoles.

As previously stated,magnetic fields are the result of polarised groups of electron spin.therefore to achieve a magnetic monopole one has to create a stable organisation of one spin.this is more difficult than it appears as electrons are not static,they travel at 99.9 the speed of light and are highly dynamic in thier behaviour.normal magnetic fields are stable as the two poles of the organsied spin state share opposite spins are attracted to each other thus they are bound/ attracted to eachother,hence the two polarised spin groups are stable.
with a monopole no such system exists,the electrons will randomly disperse and repel each other as they share the same spin.
however there is a system i devised in around 5 seconds which negates this,and its main component is an interesting quirk of physics called a localised state.

a localised state is basicly atomic matter arranged in such a way that the atoms that constitute the matter are placed so far apart that thier electrons do not interact with each other,they exist in isolation.currently only uranium(or higher elements) crystal in a two dimensional structure can experiene a localized state in the third dimension,this will of course change.

now since the electrons in a localized state are not capable of interacting with eachother this means that the properties of the electrons can be engineered with accuracy.for example if a magnetic field is momentarily induced upon a localized state the electrons within the localized state will allign with this magnetic field and transform into a perminant magnetic allignment spin- grouping themselves,untill disturbed by another outside force which breaks the allignment.within normal matter this allignment will dissipate as the electrons interact with eachother and scramble the allignment.

the important dual mechanism in which to create a monopole magnetic field within a localises state is to utilize quantum entanglement to organize the spins of the electrons into a uniform manner.quantum entanglment roughly is when two particles are joined,they will share and transfer thier states such as spin irrespective of the distance between them.
therfore by qauntum entangling each electron in the localised state with exterior electrons it is possible to exactly control the direction of spin inside the localised state itself!,and since the electrons within the localized state do not interact the normaly scattering effect of same spin states is negated!!
we then can ultimitly create a uniform spin organisation within a localised state with this method and hereby create a magnetic monopole!.

other possible experiments that have taken place to induce a uniform mono spin state, such as placing one pole of a dipole over a localsed state will fail,as the electrons within the state prior to the meeting with the pole, are scattered and are in unorganised spin states, thus localised states electrons interactions with the pole will itself be unorganised,resulting in a scrambled spin group,no monopole.

there are some interesting possibilites that arise from obtaining a magnetic monopole,one is the permenant rotation of a monpole around a dipole if the orbit is within the right polar attractive- repulsive parameters.
another is the interaction between the monopole and a diamagnet or superconductor(which is a perfect diamagnet),a diamagnet will always assume the opposite magnetic field configuration to the one to which it is exposed to,so if a diamagnet were to be exposed to a monopole it would itself become a monopole of the opposite spin/polarity,thus when once monopole is created by the localised state-quantum entanglemt method paramagnetics/superconductors could be mass manufactured into being monopoles themselves!.
thier are many more possibilites that i cant be bothered thinking of right now,so i will leave you to mull over that which i have described,look forward to the day you see this method used!.