Comment Re:I want this to be true, but... (Score 1) 480
Not having a sound theory to explain the phenomena is hardly a condemnation of the phenomena itself: see gravity - we've got essentially no idea how it works beyond "very well, thank you", but everybody trusts that it does. In fact a lot of major technologies have worked that way: We were making cheese, beer, etc. for thousands of years before we had any sort of microbial theory to explain the process. Gunpowder long before we had a sound theory of the chemistry involved. Etc.
Now the shoddy experiments on the other hand are an absolutely good reason to not take the initial results too seriously - but *good* experiments on something like this are expensive, so it's only natural that the preliminary experiments are shoddy - they're essentially the proof of concept used to justify the investment needed to perform better experiments. And that's exactly what we've been seeing: a progression through increasingly rigorous experiments which have, thus far, continued to confirm the phenomena. Now it's been tested in hard vacuum, ruling out the leading conventional explanations of ion drive and/or thermal convection effects. Assuming they again tested it in multiple alignments to rule out systemic flaws in the testing apparatus, it's beginning to look like there may really be a new phenomena present. Hopefully now someone will be able to get the funding to build a thruster powerful enough to be tested by NASAs more accurate and time-tested facilities.
And assuming they're still seeing the effects after a rigorous ground-based test, then probably someone will eventually be willing to invest the millions of dollars necessary to launch an EM-driven satellite to give it a real-world test. Though if the results are conclusive enough to spend that kind of money, it may well be that it then attracts more serious R&D dollars for further development on Earth until it's powerful enough to be useful.