Hi RabidCat,
Good post

While I do not agree with you (maybe we are just talking semantics here), I do appreciate what you are saying. Please allow me to interject a few points.
QUOTE (RabidCat @ Apr 13 2008, 11:01 AM)

It is wise for me to explain myself to some degree regarding this subject. In more than 30 years of electronic and electrical engineering, I've seen quite a number of "laws" and "rules of thumb" go down the tubes, helping those to do so in a substantial number of cases.
This is probably semantic, but to the best of my knowledge the laws as we know them has been proven pretty resiliant and it is the "rules" that we have put on top of them that have seen changes, i.e. the engineering based on those laws.
QUOTE
The thing that people don't seem to realize is that science is in a constant state of flux, and there are no "laws" that are firm. None. What is taught in schools now is generally 25 years old, and for some odd reason, there is high inertia to change that to something more reasonable.
This is indeed very true; science is not a body of knowledge, but a work in progress.
QUOTE
If one says that the Maxwell et al equations are law, then what of a device that circumvents said laws? It is not necessarily true that everything must abide by conventional equations. Look at it this way: you are on an interstate with a speed limit of 70. You want to go faster, and there is a side or alternate route that doesn't have a bunch of Smokeys always patrolling it. So you take the alternate route, and bust the laws as you go. The same thing is true in physics: there are always alternate routes, and since electronics is a part of physics, this must be so also.
If you are thinking maxwell's equations, then they are not laws, but a set of equations tying a number of fundamental laws together. And the alternate routes you are describing I would take as how the interpretation of said the equations (or more fundamental laws) and the engineering thereof is applied. As it is now those laws represent a very good description of our observable Universe. Are they universally correct? Probably not. But in my opinion we are talking small tweaks in extreme scenarios.
QUOTE
Let's take a for instance. The laws tell us that when you build a generator you must somehow vary the magnetic field so there are wires cutting the field.
That leads to the laws that state that the more power you take from the generator, the more power is required to turn it.
Here I would strongly disagree with the emphasized part. While it is absolutely true that the more power is taken from the generator, the more power is required to turn, that does not derive from the fact that to accomplish the generation of current we need a varying magnetic field. And the latter is read from the laws.
QUOTE
Okay. While this is true by empirical evidence, what if the generator is constructed such that the fields never move, the wire never moves, but the field is deflected in such a way as to take different paths through the generator, without causing the movement of either the magnet or coil?
This is now an engineering task and not "breaking" the laws as we know. In the end if such a device could be constructed (I have no idea whether it is actually possible), the deflection of the magnetic field as I read it from your description would effectively constitute a varying magnetic field, thus causing a current generation as described by the laws as we know them
QUOTE
If such a device is constructed, then the only load on the driving force is that required to deflect the field, regardless of the load on the output.
Again, that would be cause and effect described by 2 different sets of laws so I cannot see how we can make that association.
QUOTE
In other words, the standard laws do not apply, since the machine doesn't do what the laws state must be done: the machine does it in a different fashion, leading to what must be a different set of laws, which are unknown at this point.
No. A machine like that will still obey the laws as we know them (please see above). I will, however, include the caveat that maybe at the boundary conditions for the laws as we know them, maybe there is a way to generate a current from a static magnetic field albeit I doubt it.
QUOTE
The main reason that these new laws are unknown is because of the inertia of science: it is simply not believed that such a device can exist, yet it does, and without question it does. A brief explanation of such a device can be found by google Ecklin generator.
Hehe, the inertia of science can indeed be quite something. However, that said there is always the stubborn, the oddball, the persistent. From my experience, if you tell 1000 scientists something can't be done, 999 of them will go do something else where the last one will be "bugger me, of course it can" and in some instances it turns up nothing, in others it does.
I am trying to figure out how the Ecklin generator actually works and I have a hard time of seeing what the big difference really is from a standard generator, except for the fact that this is a lot harder to actually engineer
QUOTE
Having a healthy cynicism, I had doubts as to the validity of this generator, but built one of the things anyway. Much to my surprise, it did work, and in bench testing, I found that the no load to full load change is zero. So, output can vary from 0 watts to maximum watts without changing anything on the input. Look it up and try it yourself if you don't believe it. The entire function is deflection of magnetic field, similar to a switched reluctance motor.
That is quiet interesting. Do you have some drawings/pictures of your device that you could possibly send (PM me for email). I would love to put something like that together in my lab (I am sure I can scavenge the parts somewhere).
QUOTE
So basically, while I am and have been a scientist, I will not allow science to prevent me from trying something that seems logical and reasonable. It does prevent me from something that is not reasonable. Because some fool law that's always quoted exists doesn't mean that there is no way around that law, just as in the Ecklin generator. And so, I will say that it may well be possible to construct a magnetically powered motor; I just haven't seen it.
Oh, I am pretty sure that it is actually possible to make a magnetic motor and I don't see that the laws of physics as we know them prohibit us to do so. But so far I think it is a question of engineering such a construction and the flexibility it has compared to current generators.
And then just generally, I do not like the term "free energy", there is no such thing. First of all, even if an over-unity generator did exist, building it has a cost associated with it and thus one pays *mumble* dollars up front and the longer it is running, the cheaper the total energy outcome is. But it will never be free. I personally prefer unity or over-unity device or the like, but that is just me nitpicking (I know, it's a phobia, but I can't help it

).
Secondly, I am probably one of these "inertia-of-science-night-mare-ridden" folks, but I have a serious problem with over-unity generators. I can see mankind achieving energy generation devices that we cannot even begin to fathom in our time and age, maybe even to the point of extracting energy directly out of the space-time fabric (and, no, I am NOT talking zero point energy extraction, which is another concept that really annoys me

), but getting energy out of nothing is just something I have a serious problem with. For energy to come out, at least an equal amount of energy has to come in.
Cheers,
Badeskov
Edited for typos.