SQM Replication Project Update 21-10-05.
Well this update is to show what I have been doing and the ideas I have had and ideas of those that have emailed me.
Warning: There is high voltage from the mains here in this circuit and it is very dangerous. We are not responsible for injury to ones self if this circuit is attempted.
Below is where I decided to take a step back and try to figure out the SQM before the Magnets were reported to be conditioned. I had some alloy brackets made up and I shaped them to the sizes I wanted. The idea is to use two axis to try to generate some output and try to achieve the 6 Watts that was reported. The alloy tube is 25mm x 25mm and welded in a rectangle. I had end plates welded on the ends at right angles. When I shaped the jig I cut the side rails down to 20mm x 25mm and the end plates were cut down to 9mm. The jig will fit inside the Alloy tube we have shown in previous updates but not shown here.
Here I have made a core in the centre but it can be removed if need be. The core cant really be seen here but it is made from fine crushed ferrite and epoxy resin is the binder. The coil on the jig at the moment is BiFilar wound and is nearly 400 turns. Next is to turn a coil on the 90 degree axis to the coil you can see here. This is interesting because remember there was 6 Watts reported in Mr Sweets unit before the conditioning and if any sence is to be made of the SQM before the conditioning this should give some output or at least a variant of this setup.
Here a coil is would on the 90 Degree axis. The coil is 0.9mm gauge and is 480 turns and measures nearly 3 ohms.
This unit gives me 1 volt AC out with 18 volts in. I did not even measure the Amps as there is no point because we don't have what we want. We want to be able to control the flux here and attempt to shield the smaller coil inside the jig with the outside coil. As Mr Sweet explains in his paper we cant cut the flux we can only move it, ``time varying flux modulation'' is the actual quote from the paper "Nothing is Something".
Well more coming soon. |