For me this explanation is a bit technical, but you can read my intepretation of it bellow. Well, scientists are saying: experiment always goes first, doesn't it? Well, in praxis they respect it, if and only if it doesn't violate their own private theories.. Anyway, there you can find three independent videos of Cole-Bedini electromotor, running without external energy input - is it enough for unbelievers...?
1, 2, 3 (backup:
1,
2,
3,
4,
5)
Does this stuff violate thermodynamics? Not at all, in fact! When you put tiny, microscopic black hole into Earth from LHC collider, it will swallow it gradually while releasing a huge amount of energy spontaneously... - well, just not from "nothing", but matter of Earth. It's just the conversion of matter into energy, what is occurring here, and nothing very strange is about it. We can compare this principle to famous "drinking bird" toy, which works into account of evaporation of matter into its environment, too.
AWT compares matterial objects to huge clusters of tiny mercury droplets, which are separated against mutual coalescing by their surface tension forces. When we merge two droplets together, a huge amount of energy will be released and this process is even completely spontaneous! The nuclear fusion is one step forward in this process. Unfortunately (or fortunately for us), the Universe inflation has separated particles of matter in the very beginning of Universe formation and now the speed of particle merging is incredibly slow at room temperature, because of immense surface tension of incredibly tiny and dense particle droplets.
Does some way exist, how to accelerate it? Well, if we immerse mercury droplets into some dense environment, which decreases their surface tension relatively - then the coalescing of droplets would occur a way faster like during breaking of oil emulsion in mayonnaise by adding of spirit. The collider experiments are just trying to do the same, but much more vigorous - and dangerous - way.
One of the ways, how to make vacuum more dense is simply shaking it by external electromagnetic field. Vacuum foam is behaving like soap foam: under shaking it get thicker - the
Java applet linked illustrates it by simple computer simulation. When we propagate electromagnetic waves through vacuum, it gets more dense temporarily and it accelerates the decay of matter into energy. This is the principle, in which AWT explains the function of "free energy" motors. Well - at least conceptually.