Experiments
Click on the picture for full size view or to start movie

3 small cube magnets on top of cell
Bottom lit with ring of 36 RGBW LED's

1.2 Tesla cube magnet under cell
plastic ring inside to block direct light from
bottom lit ring of 36 RGBW LED's

 


Dipole magnet behind cell.
Edge lit with 36 LEDs around circumference.
Blue filtered in Photoshop
Bright spot on right side is debris inside cell.

Photo by M. Snyder


Dipole magnet behind 100mm cell.
Edge lit with 36 RGBY LEDs.
Looking across top surface of glass at a 30 degree angle.


400X microscope image of particle chains forming.
Note helical interwoven structures.
Green filter used in Photoshop for added contrast.
Inside 50mm cell dark field image by John (Jack) Shearer

.


North pole of cylinder magnet behind mirror under
100mm cell. Single white light top lit cell at 45 degree
angle. 'Eye of Ellipses' Photo by M. Snyder
 


Quadrupole (all same polarity) close up view into
center of an edge lit 100mm cell with 36 RGBY LED's
around circumference. Photo by M. Snyder


Rear lit 50mm cell with multi-colored lights
arranged in a conical manner.
Photo by G. Daigle


This movie shows a cube magnet on top of 62mm
cell. Red 5mW top lit laser moving around circumference
of field. Note red 'wings' diverging from laser Z-axis.

if you can't play this on your computer, click here to watch on Youtube


360 degree rotation of green laser using
quadrupole electromagnetic field.


White and green LED's rear lit 50mm cell.
100X view shows interwoven particle chains.
Image by John (Jack) Shearer


Cylinder magnet covered with black shrink tubing
on top of 50mm cell. Rear lit with small white
incandescent lamp. Great image of field potential at pole.


Dipole magnet behind black paper on rear of
100mm cell. Edge lit with 36 RGBY LEDs around
circumference. Photo by M. Snyder


30X view into 50mm rear white-lit cell.
Magnetic chip 'debris' trapped inside.
This cell was discarded.


Cylinder magnet on top of 50mm rear lit cell using a
small incandescent lamp. Note indent right, center
and bulge left center.


In this movie, I'm holding one cylinder magnet behind
200mm cell and another magnet in front.
Rear lit at 45 degree angle using bright white
Halogen lamp.

If movie does not play on your computer click http://youtu.be/QgAvofQ6zHk


Looking into the center of a ring magnet behind
100mm  cell. Edge lit with 36 RGBY LEDs around
circumference. Photo by M. Snyder


Quadrupole anti-vortex image selected and
published by APS (American Physical Society)
for their 2012 calendar. 100mm edge lit
RGBY cell by M. Snyder


Broken ring magnet behind black paper, rear of
100mm cell.  Edge lit with 36 RGBY LEDs around
circumference. Photo by M. Snyder


Looking at the pole of a cylinder magnet behind
black paper, rear of 100mm cell. Edge lit with
36 RGBY LEDs. Photo by M. Snyder


300X movie shows inside 50mm cell. Top lit with white
LED. Magnetic chip 'debris' trapped between the glass.
Note particle chains attracted to top and bottom of chip.


Cylinder magnet on top of 50mm cell using glass
with 1/10 wavelength surface accuracy. This cell
appears totally transparent, except where the rear lit
white light becomes scattered by the nanoparticles.


Antivortex quadrupole field with magnets positioned
under black  paper behind cell. Edge lit 36 RGBY LED's
around cell circumference. Photo by M. Snyder.


MDU with green LED module.


MDU with red LED module.


Cylinder magnet coated with black shrink tubing to
reduce reflections. Magnet is resting on my finger
behind cell. Top, rear lighting with incandescent lamp.

Diffused front-lit using four magnets (inline) behind Ferrocell 
 a video by Michael Snyder:
http://www.scivee.tv/node/6012


200X image of a magnetic pole with
chains forming. Photo by John (Jack) Shearer.

Spectacular detail when zoomed-in

Between poles of an MRI chamber.

Photo by mriguy


Movie: 30X view into cell while influenced by a magnetic field.

If movie does not play on your computer click http://youtu.be/cEuOj5PHwxE



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