..rather than trying to re-summarise the whole thing here, anyone interested should review my current thread on the BWF; currently looking at 471 Joules in, for 854 Joules out, with an uncertainty of +/- 0.4 Joules, from this interaction:
https://i.ibb.co/BPVMtbV/Fully-Active-low-res.gif (that's just a low-quality animation of the measured examples) It's basically sinking counter-momenta to gravity and accumulating the resulting momentum rise at constant energy cost (evolving linearly WRT velocity) for a squaring KE value. The energy gain is substantially greater than the GPE cost of rendering the effective N3 break. Current efficiency appears to be 181%, across the board - ie. you can put in as much as you want by raising the 'target relative speed'.. As ever, caveat emptor - just cos i ain't found the FUBAR yet don't mean it ain't there.. The thread's a meandering night-by-night research log, hypotheses all over the place, and so might be more informatively read backwards as forwards (you know how these things go): https://www.besslerwheel.com/forum/viewtopic.php?p=172273#172273 Don't wanna waste anyone's time on the one hand, but wanna keep you guys in the loop if it's real.. i honestly don't know what more i could do with it if it is.. (i know it's a chore but would appreciate if the thread were checked first to see if specific questions are already answered, tho happy to oblige either way)
