As I said, science never proves anything. It merely disproves the alternatives.KitemanSA wrote:Any experiment seeking to PROVE the effect is scientifically inconsequential. It may be valuable for commercial purposes (indeed will be very good for that if it works), but if it can't disprove, it ain't scientific.
That said, scientific method is useful for things other than disproof. For example, in M-E research, the IIT experiment predicted a loss of mass and found it. Since M-E theory is the only cogent theory that can explain this, it's considered a form of verification, but it is nothing like "proof". Likewise with the rotator, theory predicted a signal at the second harmonic in anti-phase with electrostriction and this is just what was found. Since there is no other theory that can explain this finding, it is a form of verification, but it is not "proof" because "proof" is never what science provides.
In the cases of the UFG and MLT, M-E theory predicts thrust, which is what we found, several orders magnitude above the noise floor of the apparatus taking the measurements. However, that thrust was much less than predicted, which has sent us scurrying for years trying to find out what has gone wrong. From this process have arisen several theories, and some forehead-slapping epiphanies that made us wonder why we thought a past approach would work at all, so significant was the mistake in the approach. Mistakes in failing to appreciate the need for bulk acceleration and for very specific modulation of the drive signals, were really in hindsight, fairly obvious mistakes, but until you make them, you don't see them.
This is all just the way science proceeds. Generally, you learn more from mistakes than from successes. It all takes time, and if the standers-by have significant emotional problems, they'll certainly scoff and mock and ridicule. Putting up with trolls is therefore part of the scientific process too. It is however entertaining, when those trolls have no idea of what they speak. . .entertaining indeed.