Hi James !

All good points of course.

OK I'm going to come clean. I was tired last week and my only excuse for my 
impetuous question is  CV19V what
with the shelter in place order social distancing and all - hence, the question!

Take care.

Thanks!

[Working From Home]
Charles Grasso
Dish Technologies
(c) 303-204-2974
(h) 303-317-5530
(e ) [email protected]
(e2) [email protected]



From: James Pawson (U3C) <[email protected]>
Sent: Monday, April 27, 2020 2:28 AM
To: Grasso, Charles <[email protected]>; [email protected]
Subject: RE: [PSES] EMC and Scalar Waves - Friday Pondering


 This message originated outside of DISH and was sent by: 
[email protected]<mailto:[email protected]>
Hi Charles!

I'm just a simple lad from Yorkshire meaning I usually need things explaining 
to me with lots of pictures (sometimes in crayon) and words of less than one 
syllable. As such, I'm about to mangle some terminology I'm sure.

Any wave travelling through space is going to interact with the "impedance of 
free space". Voltage difference across an impedance = current. Current = 
magnetic field. You can't have one without the other?

Also if it has no B-field and no E-field, what does it have? (this is not a 
setup for an amazing punchline. Like I said, simple boy, Yorkshire, etc)

Some of the search results found from the term "scalar waves" are certainly... 
"alternative" in view point.

Cheers and hope you and yours are staying healthy!
All the best
James


James Pawson
EMC Problem Solver

Unit 3 Compliance Ltd
EMC Testing / Design for EMC / Problem Solving / Pre Compliance / Consultancy / 
Environmental & Vibration

www.unit3compliance.co.uk<http://www.unit3compliance.co.uk/> // 07811 139957
2 Wellington Business Park, New Lane, Bradford, BD4 8AL
Registered in England and Wales # 10574298

From: Grasso, Charles <[email protected]<mailto:[email protected]>>
Sent: 24 April 2020 23:46
To: [email protected]<mailto:[email protected]>
Subject: [PSES] EMC and Scalar Waves - Friday Pondering


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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