Holcomb Energy Systems:Breakthrough technology to the world

[kolbacict]

Why does everyone ignore my remark about the placement of the windings inside this generator.
Windings that will be short-circuited by contacts or electronic keys, such as a mosfet.
Shorting such a winding is not energy-consuming.
If these windings are in the right place and closed at the right time, this will make changes in the rotation field processes. Changes can be harmful or possibly beneficial.
But most importantly, we do not need to waste energy on this.

[TommeyLReed]

Hi kolbacict,
It's not you, many people on these forums are self center or just  keep quit due to back lash. Is this a woke forum?

I am working on something related to the Holcomb device. It also seems to be dealing with the Tom Bearden MEG effects.
I believe their seems to be unknown effects including BEMF, another reason I'm going to investigate in the future build.

I seen the video's and believe they could be using a DC pulse to create BEMF (flyback Effect), but like many vidoe's today it's very hard to comprehend everything we see.
Tom

[rakarskiy]

Why does everyone ignore my remark about the placement of the windings inside this generator.
Windings that will be short-circuited by contacts or electronic keys, such as a mosfet.
Shorting such a winding is not energy-consuming.
If these windings are in the right place and closed at the right time, this will make changes in the rotation field processes. Changes can be harmful or possibly beneficial.
But most importantly, we do not need to waste energy on this.

Because, Holcomb has also worked out such an option. Look at all his options, especially the dual generator.

[SolarLab]

 LinGen - Summary To Date - This is a Personal Project - Nothing More

Let me state very clearly - up front - my approach to this project is not meant to promote anything nor attempt to convince anyone
to do anything - it's a personal project, for my self-education and discovery. It is only presented publically in an atttemp to share
information and hopefully educate and enlighten, if possible. Stimulating discussion and soliciting constructive ideas about the
device was never, and is still not, a remote intent of my presentations.

Testing and Varifying the Concepts

A large part of the initial LinGen design and development was to "test" some of the concepts found in Dr. Holcomb's patent
disclosures and do some "testing" in such  a way that iterative re-building for "further re-configuration testing" would be lessened,
or eliminated. A flat clam shell structure with easily insertable coils and access to the coil terminals appeared
to fill that requirement quite well. The LinGen follows closely the original "Cell Phone" design Dr. Holcomb included in one of his
patents.

Use of CAE Integration within the Development Process

A large part of this investigation is to test and varify the use of modern CAE as a device design and development tool. CAE in the
design cycle has many obvious advantages.

LinGen Approach

Four North and four South coil slots driven by a common off-the-shelf, high performance, programmable microprocessor that is
available on a pre-fabricated (Neucleo) development PCB with a large variety of combinations, including LCD and nearly all periphrials
along with a comprehensive free IDE is a good choice for the Controller. MOSFET Driver boards with up to four high performance
channels including level translatiors, drivers and FETs are also available at reasonable cost.

This eight slot, so called, Rotor and eight slot Stator (LAP winding) form a Module. Many Modules can be cascaded to achieve any
variety of configurations. Scaling of the Modules can also be achieved as required which makes this LinGen design quite versatile
in both size and output.

LinGen Metal Fabrication Challenge

Briefly, finding and fabricating "electrical steel" or "soft iron" used in the Module is a challenge. Soft Metal Compounds (SMC) [formed
from metal powders] even in the small slabs needed for prototyping was cost prohibitive and not versatile enough to suit the task.
Simple slabs of SMC required machining and the costs were prohibitive (~ $800/module). Scrap metal with the needed B-H
characteristics for testing is near non-existant. Luckily, recent advances in Diode and Fiber Lasers, although still expensive, provided
a way forward. A variety of metal foils with various B-H characteristics can be had at reasonable cost and Laminations can be Laser Cut
and stacked to meet the assorted design iterations and tests. 

Whats Next

Initial tests of the LinGen appeared positive. CAE integration is a huge success. In-situ material testing is progressing. A Technical Course
is being written as the development moves along which includes a comprehensive informational and instructional Web Site. It is still
intended to make most of the material "open sourced."

Conclusion

Remember - you get what you pay for, as the old saying goes - and none of you have paid a cent for anything I've presented! It has
all been given in Honest Good Faith. You all can take it or leave it - its absolutely your choice.

If you have a comment, complaint or problem call: 1-800-who-cares!     

SL

[kolbacict]

A phased antenna array, for example, which is used in a patriot air defense system, can scan the beam at high speed. Without the use of mechanical moving parts. Only electronic commutation.
Does this mean that at a sufficient distance this beam can travel faster than the speed of light?
This is me in relation to your Holcomb device. Maybe we can already accelerate the speed of rotation of the virtual magnetic field faster than the speed of light, and arrange Armageddon.
Some people say that something bad can happen.

Hi kolbacict,
It's not you, many people on these forums are self center or just  keep quit due to back lash. Is this a woke forum?

Unfortunately this is the case.
I myself am like that.

Because, Holcomb has also worked out such an option. Look at all his options, especially the dual generator.

This is true ? I did not know. I don't know this device in detail at all. Only general principles.