The S.H.O. Drive: Utilizing the 3-Way Split Lenz Effect

[kmarinas86]

Google+ Site: https://plus.google.com/+ShoWiki

https://disqus.com/home/discussion/peswiki/main_page_peswiki/#comment-2426006462

I have developed a new coil design which splits the induced magnetic flux into three different levels or tiers, strengthening Lenz' law in two sections, and reversing it in the middle. The design will require neither batteries, capacitors, commutator, nor advanced electronics. It should also be able to generate AC power in excess of mechanical output. Videos of my upcoming build attempt will be forthcoming after this year, using a central permanent magnet instead of a solenoid. The source of energy is hypothesized to be the orbital kinetic energy of electron spins bound to the nuclei of the magnet. Intercepting this energy would reduce the centrifugal force that keeps the electrons away from the nucleus, which will result in a tighter orbit. Half of the change in potential energy will go to the orbital kinetic energy of the electron, which in turn can be extracted by repetition of the process.


↓ + ↑ + ↓ = ↓


Lenz' law for the induced current remains in force but is split spatially.

For open source:

https://www.youtube.com/watch?v=KT-52CeyOGo

Primary inspirations for this technology:
* James Clerk Maxwell (Vector Potential concept)
* Joseph Newman (Gyroscopic Particle concept)
* Randell Mills (Orbitsphere-CVF concept)
* George Bugh (Spin wave concept)
* Searl (Spin-to-orbit concept)

Status @ 2016.05.01: Build not yet commenced.


Attached image sources:
http://sho.wiki/now/Presentation/Phase_4#Presentation_back_cover
http://sho.wiki/now/Presentation/Phase_3#Bending_the_coil
https://patents.google.com/patent/US20060135288A1/ (Figs. 13 & 14 of US Patent Application "Great-circle geodesic dome" by Randell Mills)

[kmarinas86]

Here is a new video with a more detailed look into the S.H.O. Coil.

https://www.youtube.com/watch?v=1z0mLE6IoKs

With the right computer software you can see magnetism in a different and better way! Here is a video showing what the magnetic field would look like when current passes through the S.H.O. Coil. The software is called Visualis Electromagnetism and is available at http://visualis-physics.com/

Date: May 30, 2016
Description: Magnetism of the S H O  Coil
Filename: Magnetism of the S.H.O. Coil.mp4

Official Site: http://sho.wiki
YouTube Page: http://youtube.com/c/ShoWiki
Facebook Page: http://facebook.com/ShoDrives

What is the S.H.O. about?
This will be the first drive motor in the world to have a coil that looks like an S, or an H, or an O, depending on which side you look from.

What does S.H.O. stand for?
S.H.O. stands for "Side Hung Over".

What good is this for?
The best way to know is to build one yourself and show it!

How do I make it?
Details can be found at the Replication Station.
http://sho.wiki/now/Replication_Station

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http://www.youtube.com/subscription_center?add_user=UCzXfxc5c8LlaLEdZMphUrRg

[dieter]

looking forward to seeing a prototype. Also, would be nice to have the essentials in a pdf.

[kmarinas86]

looking forward to seeing a prototype.

Also, would be nice to have the essentials in a pdf.

Yes, that will be "in the works" real soon, and I will finish it after I build the S.H.O. Drive so that it will come with actual pictures of the S.H.O. Drive under construction.

In the mean time, I have a couple new videos. The most recent one is on magnetic energy:

https://www.youtube.com/watch?v=iVV-aA9RCv4

New videos from June:

http://www.sho.wiki/now/YouTube/2016-06
https://www.youtube.com/playlist?list=PL-fY8eP3LoH4WrTSacF3gwh3sLNCYb6i8

[kmarinas86]

The carrying enclosure frame for the S.H.O. Drive has essentially been built. Very soon, I will follow through the making process for the S.H.O. Drive coil and magnets, which will be all done in one take. Inductance, Resistance, Wind Speed, RPM, and Temperature measurements will be taken.

You may view the gallery at:
http://www.sho.wiki/now/S.H.O._Drive_Mark_I#Build_Gallery

Recent published videos can be found at:
https://www.youtube.com/channel/UCzXfxc5c8LlaLEdZMphUrRg

Additional videos can be found at:
http://www.sho.wiki/now/YouTube/2016-08

For your enjoyment, I have attached a picture of the carrying enclosure below: