(Click above for larger image)
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(Click above for larger image)
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(Click above for larger image)
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Pair of spheres, in natural light supplemented
by incandescent lighting.
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Same pair rotated 90 degrees, in natural light
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BANG!
A sphere being discharged to create a
new Lichtenberg Figure. The
internal voltage of the charged layer is estimated to be over 2 million
volts. |
(Click above for larger image)
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(Click above for larger image)
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(Click above for larger image)
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Close-up of a sphere rotated so discharge point is opposite observer, in natural light
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Similar view showing 3-D internal structure, illuminated by a BD753MC multicolor light base
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Discharge point down, illuminated by a
BD753MC multicolor light base
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(Click above for larger image)
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(Click above for larger image)
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(Click above for larger image)
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Another view, discharge point at left, illuminated
from below by a multicolor light base. Shows
how discharges follow curvature of sphere
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Same view, illuminated by a multicolor light base
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Same view, illuminated by a multicolor light base.
|
(Click above for larger image)
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(Click above for larger image)
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(Click above for larger image)
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Another Ball Lightning sphere on a napkin ring
resting on a CR35MC Multicolor Light Base |
Sphere at left, rotated 90 degrees
on CR35MC light base
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Sphere at left, rotated another 90 degrees
on CR35MC light base
|
(Click above for larger image)
|
(Click above for larger image)
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(Click above for larger image)
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Another Ball Lightning Sphere on a napkin ring
resting on a BD753MC Multicolor Light Base
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Sphere at left on BD753MC Light
Base, showing color change
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Sphere at left rotated slightly to show more
detail of curving Lichtenberg Figure discharges |