SQM Replication Project Update 23-07-05.

Well, everybody will be pleased to see this update. I have been out of action for a while now trying to get Isotropic Barium Ferrite Magnets, the acquisition of these magnets have been a very slow process. The reason is not due to the new supplier but the payment I have made and unfortunately the fact that everything that could have held the acquisition up, has, held the project up. I must apologise to everyone that is following the SQM Replication project. Full payment has now properly been made and the only hold up is shipping.

 ISOTROPIC FERRITE MAGNETS.

Composition of the magnets ordered:  Fe₂O₃ and Ba powder.

Link for more Info: http://ceramic-materials.com/cermat/oxide/fe2o3.html

Bonding material of the magnets: polyvinyl alcohol (PVA).

Link for more Info:http://www.dupont.com/industrial-polymers/elvanol/E-7130/E-7130A.html

Size of the magnets: 150MM X 100MM X 25MM.

Supplier: http://www.magnets.com.cn/

The magnets will be supplied as blanks, unmagnetised, and I will be magnetising them one at a time when they arrive.

I suppose with any project there are delays but this is very frustrating for myself and others closely following the project. I have had lots of emails asking me how things are going and when the magnets will arrive. I have done some very basic experiments while we all have been waiting. One I thought was interesting. I used a length of BiFilar wire and turned it onto a coil and tied together the ends after turning it on. The two ends that I started with I put some pulsed frequencies through it. In effect this coil had a charge going up the coil in one direction and coming back in the other through these wires that are the same length. The coil to my surprise, did have a strong magnetic field with it. I expected to see some cancellation to field strengths due to the wire and charge coming back on it self. This makes me think that we have so far to go in fully understanding magnetisium.

The magnetic field is different from Induction and the magnetic field is not related to Induction in this case, because there should be no Induction in this coil, and this in itself is important in understanding the SQM. I suppose it could be said Induction is a spin off of a Magnetic Field in a specific coil. The Magnetic Field is extremely complex and it may be another 100 years before we may understand it fully. What if, like Induction is a spin off of a specific coil and a Magnetic field, there is another spin off that we may not yet be aware off with another type of specific coil and a Magnetic Field? Thus giving us Negative Energy. I think the magnetic field consists of many forces, some we know about and some we don't yet know about, gravity could very well have a lot to do with the magnetic field.

On a different approach, if a coil was set up in such a way to be able to collect a magnetic field or block the collection of a magnetic field, this would also give us a way to collect energy in a solid state device. How would this be done? You could say the coil could be made to be an Inductor and then not be made to be an Inductor. Switching techniques could be employed to do this but  would be very tricky to get the circuit to work without shorting it altogether.

Either way Mr Floyd "Sparky" Sweet was a brilliant man whose brilliant mind will not easily be replaced with another, but his work hopefully can be reproduced with hard work and time to do it.