Now this is cool stuff! I haven't been this excited since my EMF days at the
university. I can envision that classic smirk on the face of my hero, Carl
Baum. Really miss him. RIP old friend.
Gary Stuyvenberg
On Sunday, April 26, 2020, 10:43:09 PM EDT, Manny Barron
<[email protected]> wrote:
This is an interesting post.
I don't have an answer for the question because I don't knowthe answer.
Instead I want to focus onthe Scalar Wave term and its longitudinal propagation
characteristic mentioned inthe inquiry.
What piqued my interest was the association of a "longitudinalscalar wave" with
Electromagnetics, since the EM theory that I've dealtwith addresses transverse
orthogonal vector related waves. What exactly is a "longitudinal scalarwave"
as it relates specifically to Electromagnetics, how is it created,and how does
it interact in the physical world if it even exists? This is the first time
I've heard of theScalar Wave term as it relates to EM theory. So I spent some
Google search time web surfing to scope this out. I am not going to explain
what a Scalar Waveis because after reading and trying to digest all that I read
about it, I stilldon't fully understand it.
Instead I want to point to what appears to be crediblereferences that address
the Scalar Wave topic. For those who are interested, be cautious what you find
on the web,there are all kinds of weird conspiracy theories about this. But I
also sense that there is factualliterature that describes the theoretical and
experimental aspects of theScalar Wave topic.
One very interesting note is in the Preface of the book"Scalar Wave Driven
Energy Applications" by Professor Bahman Zohuri(University of New Mexico),
Springer 2019 (see link below, click on See Inside). Here he makes a statement
that Scalar Wavescan "… pass through EM shielding (i.e., Faraday cages) …".
Okay, Wow! Now I want to know and understand more about this.
What are Scalar Waves?
http://www.novam-research.com/resources/What-are-Scalar-Waves_Horst-Eckardt_Jan-2012.pdf
Scalar WavesResearch
https://ahrtec.com/home/scalar/
New Weaponof Tomorrow's Battlefield
https://www.davidpublisher.com/Public/uploads/Contribute/5d439b60be8d4.pdf
CIA Website
https://www.cia.gov/library/readingroom/docs/CIA-RDP96-00792R000500240001-6.pdf
https://www.cia.gov/library/readingroom/docs/CIA-RDP96-00788R001900680014-4.pdf
Technical Book – Scalar Wave Driven Energy Applications
https://www.amazon.com/Scalar-Wave-Driven-Energy-Applications-dp-3319910221/dp/3319910221/ref=mt_hardcover?_encoding=UTF8&me=&qid=
Technical Book – Directed Energy Beam Weapons
https://www.amazon.com/Directed-Energy-Beam-Weapons-Bahman-Zohuri-ebook/dp/B07TRC52JQ/ref=sr_1_1?dchild=1&keywords=directed+energy+beam+weapons&qid=1587950145&sr=8-1
Hopefully this is helpful to those out there who may beinterested and curious.
Although I did not even try to answer the posted question.
Regards,
Manny Barron
On Fri, Apr 24, 2020 at 3:45 PM Grasso, Charles <[email protected]> wrote:
Hello EMC gurus:
Its Friday afternoon in Denver CO and, as I am working from home and as such I
have expanded uninterrupted time
for silly EM thoughts and pondering. Here is my latest:
Given that a) Scalar waves are a longitudinal wave created by the lack of a
time varying B field (in some cases
it also has no efield) and that b) when signal currents flow in opposite
directions the B-fields cancel out (which
we try to do as much as possible) does it not follow then that c) a scalar wave
is created?
Just wondering. Happy Friday!!
Crackpot Theorist - from his basement in Colorado!
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