Holcomb Energy Systems:Breakthrough technology to the world

[SolarLab]

AC,

Thanks for the reference by "Gustav Le Bon" - heard it before in Psyc class but didn't know it's source.

OT a bit, but thought you might appreciate the implications:

Implications of Gauge-Free Extended Electrodynamics (attached 2,864KB)

https://www.mdpi.com/2073-8994/12/12/2110 

8. Conclusions and Prospects

The above examples show that CED and QED are incomplete. CED omits the irrotational components of A, E,
and J together with the scalar field (C). EED includes these irrotational (longitudinal) components, providing
fresh understanding of scalar-longitudinal waves, energy, and momentum. The examples above have the
common feature of irrotational currents: (a) seismic precursor signals due to fracturing in the Earth's crust [99],
(b) peeling of adhesive tape [102,103], and (c) SLW irradiation by the TESLAR chip [106,107]. These examples
generalize to any phenomena involving the breaking/alteration of chemical bonds in inanimate or biological
systems and/or irrotational currents (e.g., radial oscillations of solar plasma). The gradient-driven current and
the SLW then elucidate currently unexplained electrodynamic phenomena, both laboratory-based
[101,102,103,104,105,106,107] and astrophysical [66,100].

EED gives the magnetic vector potential (A) physical reality. Experimental evidence from the VPT [36,37]
validates the Maxwell-Lodge effect [34] with A as a physical field in the classical domain, along with
validation by the Aharonov-Bohm effect in the quantum domain. The invention (and experimental validation)
of SLW antennas [68] provides a springboard for disruptive technologies in wireless sources of energy
generation and power conversion. EED has the potential to produce a revolution in electricity generation
and distribution.

CED - Classical Electrodynamics
EED - Extended Electrodymanics [also predicts Scalar Field]

SL

[phoneboy]

AC,

Thanks for the reference by "Gustav Le Bon" - heard it before in Psyc class but didn't know it's source.

OT a bit, but thought you might appreciate the implications:

Implications of Gauge-Free Extended Electrodynamics (attached 2,864KB)

https://www.mdpi.com/2073-8994/12/12/2110 

8. Conclusions and Prospects

The above examples show that CED and QED are incomplete. CED omits the irrotational components of A, E,
and J together with the scalar field (C). EED includes these irrotational (longitudinal) components, providing
fresh understanding of scalar-longitudinal waves, energy, and momentum. The examples above have the
common feature of irrotational currents: (a) seismic precursor signals due to fracturing in the Earth's crust [99],
(b) peeling of adhesive tape [102,103], and (c) SLW irradiation by the TESLAR chip [106,107]. These examples
generalize to any phenomena involving the breaking/alteration of chemical bonds in inanimate or biological
systems and/or irrotational currents (e.g., radial oscillations of solar plasma). The gradient-driven current and
the SLW then elucidate currently unexplained electrodynamic phenomena, both laboratory-based
[101,102,103,104,105,106,107] and astrophysical [66,100].

EED gives the magnetic vector potential (A) physical reality. Experimental evidence from the VPT [36,37]
validates the Maxwell-Lodge effect [34] with A as a physical field in the classical domain, along with
validation by the Aharonov-Bohm effect in the quantum domain. The invention (and experimental validation)
of SLW antennas [68] provides a springboard for disruptive technologies in wireless sources of energy
generation and power conversion. EED has the potential to produce a revolution in electricity generation
and distribution.

CED - Classical Electrodynamics
EED - Extended Electrodymanics [also predicts Scalar Field]

SL

It's about time some one got a clue.  They are not the first and definitely not the last. You can make a curl free vector potential for 50 cents and I don't think they have any idea of the REAL significance of being able to harness it. Can we finally get some LENZ mitigation please for one.

[SolarLab]

Many examples of Lenz Mitigation are available throught these and other forum threads.

Try reading a bit or use a search feature.

The above article relates to an extended version of Electrodynamics and helps in the theoretical
development of energy related devices amongst other scientific study. Also applies when analyzing
"real life" examples - read the article for more details (seismic, peeling, SLW irradiation, etc.).

This article was addressed to AC who likely has the ability (education) to comprehend it's content!

I agree - it's about time some one got a clue!

What's stopping you from developing your own Lenz mitigation scheme - please enlighten us all...

[SolarLab]

It's about time some one got a clue.  They are not the first and definitely not the last. You can make a curl free vector potential for 50 cents and I don't think they have any idea of the REAL significance of being able to harness it. Can we finally get some LENZ mitigation please for one.

Phoneboy,

This is a record for me - two appologies in one day!

Please be patient - the whole process, including documents and instructions, will likely hit the airwaves soon.

A bit of "stuff" still has to sort itself out (technical and other [pol]) before the "storm" can succeed.
Check "all" the news - from everywhere... The timing is not up to us poor peasants, unfortunately.

SL

[SolarLab]

To ALL,

AT this point it appears everything with respect to further development of the "LinGen"
on this Forum is in good hands.

Ramset is putting together a "Tiger Team" of physicist and engineering types" so the
progress should be pretty rapid. The background development and analysis is given
in the link below as well.

Will update the OUR Holcomb thread as time permits.

There isn't much more I can provide here so I will move on to more pressing projects,
and hopefully a well deserved break/vacation. 

Regards and Good Luck,
Solarlab

Solarlab
Quote
Don't look too hard for secrets - there aren't any - it's strikingly simple.

You don't need an advanced CAE Analysis either, once you understand the B-H Curve
and how the magnetic field can be increased (mid-school physics) and how that
magnetic field gain is harvested using a simple Lap coil.

End quote


This needs move discussion ( from physicist /electrical engineer types
Will ask Smudge


You east coast guys are up too late ...( me too


EDIT for comment below
There were questions to Solarlab early on,( unanswered questions)
addressing your simulation postings They were very important points .. technical points
Example "your starting points for sim"
"How did you get to that starting point"?


Like the thumb on the scale ( a layman term for biasing or skewing results)
Honestly
I am out of my depth in these questions ( so I will endeavor to contact some who asked..( for clarity)
Good thing FE community is very capable ..and willing to help ..

Well
Wouldn't it be wonderful if tomorrow a really good independent lab ( UL grade
Put their reputation on the line
And certified Holcombs self running autonomous unit ( of any output at all

Review the Solarlab posts on the threads starting at:

https://www.overunityresearch.com/index.php?topic=4261.msg98509#msg98509

I'm not about to go through the whole thing again - all has been asked, and answered.

Any constructive, educated feedback is always appreciated.  However, the CAE Analysis
has been well scrutinized, but more learned technical eyes are always welcome.

But, the topic is growing old and the stupid crap is over as far as I'm concerned; so
if your intent is to argue further - don't waist my time - we've moved on to the next phase.

Every success...

SL