magnets, bigger than they look

hi everyone, once again the hologram effect refers to a magnet is larger than its physical dimentions. these are my  opinions and seem to always prove true to me. magnets are fairly simple pieces, NOT. a magnet will change with every movement , every distance change, and every angle change. if we use these factors to our advantage we can gain output from our gen systems. iv found by simply turning the magnets on one of my projects from 90 deg to 45 deg I gained 11% output below a set rpm and had a lose of only3-4% at all other rpm,s . dependant on application this could be an asset. iv also seen people having a clearance between magnet and coils of 1 - 4mm but have found that with the larger 2" square magnets , and a coil thickness of 15 - 18mm , no change in output at all between 1 - 3mm . these are also the uncoated magnets, the coaled magnets loose a little more gauss with distance, not a lot but enough to make the difference of to close to the magnet and a higher contact risk. the magnets also have a flux pattern almost like d.n.a. , if each magnet is checked [ vary time consuming and teadious  ] you will find that each magnet would be mounted a little different than the next to get 100% from each, this is NOT worth the time to output gain but one should check 2 magnets from the lot for there project, you might be surprised to see how much magnet flux is been miss in there design. a angle change can make gains , each design will be different in results but the only way to know is test, test, test. the time spent testing will give the no how needed to improve on and make you think about the design of other possibilities . its not allways the strongest magnet that work the best, it is true to have the strongest magnetic flux possible but, it all relates to the coils as one other factor. one of my brothers designs was having problem, after giving up he removed the magnets for another project, 5 months later was looking for a place to put some magnets for another project and used the rotor and they were randome at best. he gave it a spin for the heck of it and the wires touching his leg form the bench gave him a surprise he wasn't expecting. back on the project netted a 3 times the output form the gen that was abandoned 5 months before. these magnets were smaller in size and gausses , go figure . things are not always as they seem .the coil and magnet relation needs to match , to big magnets can cause power to stall in the coils and cause the coils to heat up until burnt.  iv seen one rotor with the magnets raised one end to compensate for the coil shape and though risky it worked and output went up. I built one rotor , the standard hawt style but with the magnets set in a dimond looking arangment , the coils were large oval type and the output was 10% less at max but was at charge conditions 10% less rpm, if you cant or seldome reach max output then tis could be an option for an already built unit. all summed up, don't just fallow the norm, there is so much more posability in the magnet end of power production. please done forget the magnetic flux is larger than the magnets, so use it. thanks for reading