All, First off, while the moderators of this site ... of which I am one ... have recently discouraged critiquing of Naudin's MEG replications, I feel that if...
I reported to this group many months ago that I saw a change in output voltage when I pulled the magnet in my Meg. But I wasn't able to repeat it, so I thought...
... your math is incorrect 1024*0.1112/sqrt(2) = 80.5 not 10.2 the correct calculation is (1024*0.5*.707)*(0.1112*0.5*.707)*.707 = 10.2 I've known about this...
(Moderator preface: While this message isn't on-topic for this group, I am approving it because it is I think "News", promises "free" energy and might just...
Sorry for my english,i am a Italian MEG builder and i have test it in www.progettomeg.it/prova6.htm (last update) I have a problem with control board(i have...
In my latest experiments when the magnet is inserted into the meg the output voltage increases 280V (unloaded) and the input power increases to less than 1mW....
Hi Ken Nice work on the MEG. I have a MEG too, and to test the voltage change when you take the magnet in and out might give some new information. Regards ...
Hello Ken and all! ... is ... to ... Very clear explanation :-) ... In ... via ... coil ... decays ... this ... On ... the ... Your explanations delight me,...
... in ... Ciao Sandro ! Sono francese, ma e pui facile per me di parlare inglese che italiano. I've donwloaded your site, to have a look, seems to be a good...
Hello Phil ! ... Ok about the resonant frequency, that's exactly wath I thought when I read Ken's post... but before saying that MEG is a fraud, it would be ...
Camelazur, et. al.: I think that Phil Karn is very likely incorrect - ... This is because Stan Mayer did an excellent experimental analysis on this exact...
With respect to Stan's excellent work with his core, he noted very little change in inductance with and without magnets inserted. The problem is that he is...
Dave, ... total reluctance is still small. ... This is true - and while it would be interesting to see comparisons between cut and uncut cores, Naudin used a...
All, How does JLN manage to get .508 A rms thru a conditioned 100K resistor at 715 V rms? Also, I see ~30 degrees phase shift in the output voltage current ...
Hi Svein, In my opinion, as I look at the scope pix of the output voltage and current waveforms of JLN's newest MEG tests, several things stick out. First, the...
question - if the voltage and current are measured purely across and thru a 100% resistive load (Rload + Rcur), shouldn't the resulting waveforms be purely in ...
I calculated a phase difference of 55.4 degrees which results in a power factor of .57 output V = 735vrms output I = .53Arms output power is P=IVcos(theta) ...
Hi Ken It was interesting to hear you have tried a conditined resistor and got the same waveforms and phase differences like Naudin. I wonder did you get OU...
All, In reviewing Naudin's latest MEG 3 measurements and the phase relationship between load current and voltage, it occurred to me that the reason for the...
All; Despite implications, there is no way to confirm from these pictures alone that MEG circuit measurements are being made correctly. ...In reference to URL;...
In message 1166 Mark Coffman wrote in part: I just wanted to point out, that while the current probe shown in the picture makes it extremely easy to know the...
A copy of a definition for COP. From: Tom Bearden [mailto:soliton@b...] Sent: Thursday, January 02, 2003 12:11 AM To: webmaster@i... Subject: Slight Correction...
Hello all, A number of things poped out at me as I was reading Naudin’s results and all the associated emails. First, a meaningful MEG must transfer energy. ...
I don't agree that the current *magnitude* is correct. I have used that exact same model of ammeter clamp, and I'm always having to double-check the polarity...
Having problems with message search?
Fill out this form to ensure your group is one of the first to be migrated to the new message search system.
