[Fred]

Originally Posted by Seden

Fred,

I would like to hear how a small metallic object can be detected at great distances. I too have problems with that unless your in a helicopter or plane looking at a mineral deposit which has been done for decades. But to do it standing on the ground is illogical so please reveal the complex anwer and I promise to keep an open mind. I am grateful we've put to bed the idiotic notion of ion detection. I just bought a book that goes into photoionic spectroscopy as well as Auger Spectroscopy and both study the ion emissions of Ultra-short UV (the former) and plasma (Auger) and are done in a VACUUM because the ions are too easily dispersed in open air-SURPRISE!

Randy

Hi ,
First i would like to say that i (unfortunaltely) don´t know the secret.But i don´t agree to block-reject long range detection just because simple unballance of a coil cannot be detected beyong a certain distance. There may be other factors involved ,external reactions with the object and interactions that it may be possible to use.
Exoplanets invisible by direct observation,can be detected by measuring the aparent movement of their sun.
I am not saying LRL´s work, what i am saying is that i cannot reject LRL´s just because the detection methods i do know are not compatible with it.

Best Regards,
Fred.
Your book look interesting.can you tell the title? Tnx.