Have you heard anything about supposed "scalar waves"? After looking at some of your posts it reminded me of some youtube videos I watched from other researchers who are experimenting with and testing them for communication and possibly much more efficient power transfer. It appears these waves can travel as fast or maybe faster than light and through otherwise impenetrable (faraday cage) type objects.
I've been reading books and watching videos for years and tinkering with stuff when I can, but don't have a shop to build or test stuff myself as of yet. Maybe you've already seen them, but nevertheless they're very interesting.
Let me know what you think.
TheOldScientist, and TinselKoala seem to be doing similar research as yourself (however on a much smaller scale when compared to your 60KW T.C.!!)
Keep up the good work! Your truly an inspiration to people like myself.
LOL, yes, scalar waves. In my team we also have Koen van Vlaenderen. He has written a paper that was published on vixra and hrpub on an error in Maxwell's theories. Once you correct that you will find that there need to exist 2 types of longitudinal electromagnetic waves. Some people wrongly refer to that as scalar waves, but a wave can not be scalar. A field can be scalar, but a wave necessarily has a direction (2 in fact), so it doesn't make sense to call a wave scalar. A phi-potential is a scalar, it is an electric potential without direction as opposed to an A-potential which is a vector and is usually associated with a magnetic field. In his paper Koen shows that a phi-wave needs to exist and that it needs to travel much faster than the speed of light.
Although I think very highly of Koen's work, I can not easily map it on Tesla's theories, which are the focal point of my research. In our (Ethergy Co. Ltd.) practical research we try to prove either or both of these theories. :)
Wow, this is starting to finally make some sense! I could never picture in my mind what a 'scalar' (EM or not) wave would even look like. I went 3 years for Mech. Engineering and learned quite a lot (I thought) but had a tough time when we got to E.M. flux and all the derivations. It all seemed to be incomplete, or lacking with some rather vague assumptions. I actually quit school when I wasn't satisfied with a lot of the explanations I was being given. But only after I started to actually read about Tesla (only heard his name as the inventor of the Tesla coil before then) I thought it was very strange our Universities completely leave him out of the books, only then did I start making the connections that maybe there was a reason for all of these things. Thank you for the links and your response! I will read through and study this material first and get back to you if I have any more questions.