This content demonstrates the functionality of the "Electron Sling FEL" laser, highlighting its ability to create significant disturbances, ripples, and bursts in water surfaces, and its potential for material alteration.
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here providing a demonstration of the
electron sling FEL
uh making ripples in water surfaces.
Upon firing, the laser unit will often
ripple a source of water
significantly and cause disturbances in
the surface of the water.
So, I have it on mixed microwave X-rays
right now. The laser is currently charging.
charging.
I can use the wrist strap functionality
by putting my hand through the tuner and
holding the buttons
I'll point it at the water
You saw that impulse come from right here,
here,
right in the center of the screen.
Uhhuh.
Yes. This laser is excellent at making
bursts and bubbles in the water.
The last video I produced, I burned some
magnesium and the flakes were 30 g and
all together and were conducting mixed
microwave and x-ray signals out of the laser.
laser.
It resulted in a blackening and a
wrinkling and shriveling of the
magnesium, an oxidation of the surface,
and a more uh bronzy characteristic to
the metal, as well as a change in volume
of the of the flakes.
So, in this demonstration
here, hopefully we'll see it more
clearly now. The true effect
of firing the fully charged laser into
It's going to go to the middle of the screen.
There was a tiny ripple there just a
I'll see what I can do on low power mode
if I just hold the red button. If it
makes any difference in this cup of coffee,
I'm keeping the unit charged here.
This battery is shake rechargeable. I
want to keep it at max voltage and it
helps to charge the laser if you shake it.
it.
It's a ionic recipe of citric acid,
table salt, and sugar. Mostly table salt
That first little shake before the three
droplets hit was the effect of the beam.
It tends to work better in a deeper
water source.
In a 3 or 4ft area of a stream, the beam
tends to make a full droplet as if a
minnow had just jumped to the surface of
the stream. I mean, a considerable dot.
It makes a splash sound that you can
hear from 20 ft away.
That's the effect of the microwave X-ray
conjugate packets.
It works better in water like this
because the X-rays likely break down
ions dissolved in the water
and oxidize them, whereas the microwaves
likely are causing most of the ripple effect,
effect,
but the action together may be stronger.
You see that little burst that happened
right there?
I'll try it one more time.
On a full charge, which takes about 50
whole seconds,
So the peak energy is about a megawatt
for 1 millisecond of the pulse. It
degrades um very quickly. The net effect
of the 2 seconds of pulse energy you can
release over 2 seconds is 3 megaww for a
millisecond or a megawatt for 3
milliseconds. That's a lot of power.
That amount of energy is quite quite
high. That's the maximum this laser
gives out and that's quite enough to
splash into water. You'll be able to
hear it from 20 ft away. I sell these on
my website now at feldesign fel fel-de
sig gnesign.square.
site. If you guys want custom lasers,
kits or parts built and ordered, I'll be
shipping kits out anytime you want. Um,
I'll often take a job to manufacture and
and ship out a laser for you. Um,
although there are disclaimers like do
not intend to use the laser, charge it
at your own risk and etc. I'm only using
this one that I made because it's not related.
related.
But here is the Electron Sling FEL
making another splash on the shore.
Click on any text or timestamp to jump to that moment in the video
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