about the Ferrocell (ferrolens)

[Markoul]

oh you mean there is another pair of green lines? left and right of the cross...

[Ufopolitics]

oh you mean there is another pair of green lines? left and right of the cross...

Yes...that's correct Markoul!

Every time two opposite poles join... there is a dielectric field born in between...right at the bounding gap...or division(s).
If there are only two magnets attached...then each dielectric moves forward towards the connecting division.

In this case all dielectric planes exists....-I believe- since it is within a closed, continuous and round loop...meaning that...because magnets are not fully engaged at an axis-direct bound (180°)...but by a 90° degree joint.

Just like when two opposite poles are near but not engaged (air gapped)...all 3 dielectric fields exists...one for each magnet's center...plus one in the mid-space of whatever size air gap be...

Lots of experimenting done here about magnetic interactions...

Regards


Ufopolitics

[Markoul]

[VIDEO]https://www.youtube.com/watch?v=hfkBQxMn5rg[/VIDEO]


Another excellent video from Brian showing the fractal nature of magnetism.

These block magnets...do they have they poles like this?:

https://www.supermagnete.de/eng/bloc...d_Q-40-10-10-N

Interesting you get the fractal field also inside the hole area of the array.

I am wondering if these crossing dielectric planes (Bloch axes) are actually generating a magnetic pole at the center of the array?

EM

[TheoriaApophasis]

48 hours from now ill be in IDAHO at the energy conference

im bringing 5 FERROCELL / SUPERCELL units






Get your magnetism on'

[Markoul]

I wish you the best for your presentation Ken!

Bring a video link here of your presentation.

Any chance to have a live video feed?

EM

[Markoul]

Mike Palazzola did it! First ever complete 3D projection of a dipole magnetic field!!

He is using his Transparent Ferroliquid formula (TFL) and a large diametrically magnetized ring magnet submerged inside a transparent ferroliquid tank:


fig.1


Light sources used in the experiments are single white LED light (green) or laser line projection (pink).

The pictures and video I will present you following should stay in this thread here and not go out . Mike is busy with his experiments and asked me to make the presentation of his findings. He responded to the ferrocell contest above and what he did is simple AMAZING AND NOVEL!!

What you see here is the true 100% complete 3D Euclidian space projection of a dipole magnetic field.

The trick: Because the ring magnet is diametrically magnetized fig.1, this allows both poles of the magnet be magnetically confined and shown inside the hole of the ring magnet. For whom understands what I am talking about knows how important that is! In a nutshell using a diametrically magnetized ring,you catch two birds with one stone!! You get both poles of the magnet magnetically confined inside the inner ring of the magnet so that the field does not expand inside your Transparent ferroliquid (TFL) and the true geometry of the dipole magnetic field is shown by all its glory!!


His photographs and video are revealing and confirm in 3D the two separated by the Bloch domain wall, torus hemispheres geometry of the field of any dipole magnet. Resembling the Greek letter theta θ (The signature of GOD, θεός theos in Greek, left on magnetism )


fig.2 Mike's TFL 3D magnetic field imaging experiment. Theta θ, pattern of dipole magnetism. We clearly see the two separated by the Bloch wall axis torus magnetic bubbles up and down, North and South Poles. A single white LED lighting was used.






fig.3 Timm's historic photo. The first who found the same theta θ pattern of the outline geometry of the magnetic dipole field is the inventor of the ferrocell himself, Timm aka dyetalon. He took this historic photo back at 2007 with a Ferrocell fitted on a special apparatus he made called fluxscope using a cylindrical magnet and a single light source. The theta θ pattern repeats in overlaying shells 360° around space up to the range of influence of the magnet making up the total magnetic field sphere of the magnet.




fig.4 Ufopolitics great dipope magnetism geometry 3D illustration of the two torus shaped magnetic bubbles separated be the Bloch disk domain wall.





fig.5 Mikes's Laser line projection 2D slice of the field of the magnet. The theta θ pattern!





fig.6 Mike Palazzola's experimental apparatus.





Mike's video of his TFL tank 3D magnetic field imaging experiment:


https://drive.google.com/file/d/1R-g...ew?usp=sharing

Some quotes and comments from Mike Palazzola himself about his experiment and the results:

-This is a 2 inch ring magnet with each pole covering 180 degrees of the ring. So the north and south poles are at the top and bottom of the ring. I don't think the poles ever meet.

-Cloudy TFL backlit by a single white LED.

-There is a very narrow viewing angle so unless the light source is on the same plane as the camera the poles don't appear even in size.
The vertical laser line shows a solid even theta symbol. when I tilt the line slightly, the theta appears open ended.
There are some things which are hard to see but visible none the less.

What I can say?!... AMAZING job Mike!!


Thank you!

This is very important research for the community...


Kind Regards,

EM


--------------------------------

[Markoul]

Is a dipole magnet two magnetic monopoles joined?

Elaborating further on Mike's amazing experimental data strongly indicating and confirming previously the pioneering experimental findings by Timm and coming to the same end result and conclusion thus 3D geometry of any dipole magnetic field consists of two toroidal shaped fields or bubbles each bubble residing on each pole of the magnet, back to back and separated by the Bloch domain wall region of the magnet.

Therefore, the theta θ two hemispheres pattern outline geometry of dipole magnetism was confirmed by two different researchers and two different experimental methods applied. Therefore, the two hemispheres geometry of magnetism must be regarded as proven, I submit.

Important to note here is that it seems from these above results that there is no direct connection I repeat between the two poles of the magnet... meaning there are no force lines or flux going from one pole to the other...

...so it seems to me, my opinion...that dipole magnetism, essentially consists from two joined magnetic monopoles... hold together and at the same time separated by the dielectric plane or else called Bloch domain wall of the magnet.

my2cents,

EM

[dyetalon]

Elaborating further on Mike's amazing experimental data strongly indicating and confirming previously the pioneering experimental findings by Timm and coming to the same end result and conclusion thus 3D geometry of any dipole magnetic field consists of two toroidal shaped fields or bubbles each bubble residing on each pole of the magnet, back to back and separated by the Bloch domain wall region of the magnet.

Therefore, the theta θ two hemispheres pattern outline geometry of dipole magnetism was confirmed by two different researchers and two different experimental methods applied. Therefore, the two hemispheres geometry of magnetism must be regarded as proven, I submit.

Important to note here is that it seems from these above results that there is no direct connection I repeat between the two poles of the magnet... meaning there are no force lines or flux going from one pole to the other...

...so it seems to me, my opinion...that dipole magnetism, essentially consists from two joined magnetic monopoles... hold together and at the same time separated by the dielectric plane or else called Bloch domain wall of the magnet.

my2cents,

EM

I've been busy doing other stuff for a while & just caught up to you guys. Very good experiment for sure! You're a genius Mike.

These results do seem to correlate with my early experiment. Now all we need is a 3rd verification using plasma. It should present the same views.


Gotta go. Good luck in Utah, Ken. Have fun.

[Selfsimilarity]

What Mike has shown correlates perfectly to what I am stating about ferrocell and fractal magneto-dielectric dynamics as presented on my webpage What really is Magnetism – Some Thoughts – An Analysis investigating Magnetism Energy Dynamics via Ferrocell (Light) & CRT (Electrons) & Matter (Iron filings). Click on the picture below to see my powerpoint presentation

Ferrocell as shown in the image discovered by Timm, the sundog, and now what Mike is showing, they all point to the very same thing.
Intermediate pressure return to zero-point/point of symmetry (supersymmetry) is missing in our magnetic field understanding.

[Selfsimilarity]

Btw Markoul, I absolutely love your summary above. Its really sharply on Point ) <3 Awsome job, Mike too!!! All of you!! Cant wait for Ken's upload of his talk

[Markoul]

Selfsimilarity,

Thank you for your input and confirmation. Any serious researcher on this matter will appreciate what Mike is showing us here.


...btw try to downsize your images a bit before posting them on the forum


EM

[Markoul]

Mike's video commentary on his new experiment

[VIDEO]https://www.youtube.com/watch?v=eGcsWSAEWXk[/VIDEO]


This is a historic video any academic or independent researcher should feel astonished and amazed by viewing this video evidence. Ingenious experimental setup and novel observation. This is the first ever true 3D projection of the true geometry of magnetic dipole field consisting by two separated hemispheres joined at the middle. Each hemisphere bubble is one pole of the magnet. Dividing line at the middle of the field is the Bloch domain wall of any magnet.

BRAVO MIKE!!

[mikrovolt]

Thanks I appreciate the hard work and sharing this information about the effects of magnetism on paramagnetic media.

This past few months here has made an impression on me about magnetism
that different types of magnetism be categorized correctly rather than set aside as a phenomena. All the work including the last video has influenced me to
agree why not include these paramagnetic effects as part of the curriculum.

[Markoul]

Mikrovolt,

Thanks I appreciate the hard work and sharing this information about the effects of magnetism on paramagnetic media.

This past few months here has made an impression on me about magnetism
that different types of magnetism be categorized correctly rather than set aside as a phenomena. All the work including the last video has influenced me to
agree why not include these paramagnetic effects as part of the curriculum.

...it's not paramagnetic media but superparamagnetic which means the magnetic moment of the ferrolens thin film is many times stronger than paramagnetism and really more like ferromagnetism in strength when an external magnetic field is applied.

However magnetic anisotropy of superparamagnetic ferrolens Fe3O4 magnetite encapsulated thin film under an external magnetic filed is much much less than this of the strong ferromagnetic iron filings making the ferrolens almost magnetic isotropic.

Therefore, nanoparticles chains (Fe3O4 superparamagnetic needles) in contrast with the strongly anisotropic iron filings with keff=480x10^3 erg/cm^3 !! @ room temperature 300 Kelvin, can follow and align with any potential magnetic flux on a magnetic dipole field and not only to the strongest potentials in the field i.e. poles of magnet as iron filings (i.e. ferromagnetic needles) do.

Consequently, ferrolens depicts the correct undisturbed and actual geometry field pattern of any magnet and iron filings DOES NOT!!...

The pattern Mike Palazzola shows in his experiments of the dipole field of a magnet is real and is the Universal field of any dipole ferromagnetic, permanent magnet or electromagnet.

So please cut the irony and crap and you should definitely include in your curriculum the true geometry of magnetic fields shown by the ferrocell and teach the kids some truth for a change...

Take care,

EM

[Markoul]

Torus pole field of cube magnet under the 509 Ferrocell

[VIDEO]https://www.youtube.com/watch?v=NXjG2CYozdg[/VIDEO]


Pole flux pattern as shown later on the above video is the same on both poles N-S of any dipole magnet.

No difference on the wire-frame flux pattern.

(snapshots taken from the video above)



So, WHY THEN SAME POLES OF TWO MAGNETS REPEL AND OPPOSITE ATTRACT??

Any ideas and explanations you may have?


EM