Could you use an Optical Parametric Amplifier to create your desired
sidebands? Using one laser as the "signal input" and the other as the
"pump" should give you an output containing sum and difference frequencies
(sidebands, or heterodynes).
On Wed, Oct 14, 2020, 12:29 H LV wrote:
> In my
Thank you for posting the Mr. Wizard video. It was an excellent
demonstration.
Here is a simply circuit which performs non-linear mixing of two waves.
http://spaz.org/~magi/grh/img/am-circuit-1.jpg
The diode is the non-linear circuit element which does the heterodyning.
This circuit is an
n a dual laser
> experiment with 2 tunable diode lasers combined optically onto a single
> fiber. The wavelength separation (determines the beat frequency) is
> continuously monitored in a high resolution fiber spectrometer. We are
> nearly ready to run experiments with this hardware.
>
>
> In such a galaxy, everyone would use similar FTL communications equipment,
> effectively joined in a galaxy wide
> "Internet", so the first thing an advanced civilization is going to try to
> teach one that doesn't have it, is how to
> build FTL comms gear.
> Ever wondered what crop circles
Hello,
Can you recommend software for performing Finite Element Analysis, or
Method of Moments simulation of E and H fields around a 3D structure?
I looked into FEMM, but that seems to only work in 2D.
I am aware of commercial packages like CST, COMSOL, HFSS, etc. I dont
have $20k to
is documented here:
spaz.org/~magi
Also, if you know of a simple circuit for measuring RF current, I am
all ears. I would like to look for the "dip" in current which occurs when
it is excited at its resonant frequency.
Thank you,
Sean Logan
ve testing.
>
>
>
> As for power measurement, there is lots of used Bird RF meters and dummy
> loads out there (EBay) – but it looks like you have already tried that.
>
>
>
> Jones
>
>
>
> *From: *Sean Logan
>
>
>
>I built, and am experimenti
>
> You might consider adding a mirror image of it along the axis. Wide ends
> together. Maybe then it will generate a
> "hole in the vacuum"
>
Oh? What is a "hole in the vaccuum?"
>
>
> Now try to imagine a
> place where the aether density is less than in the surrounding space.
Well, I know that in a tornado (vortex in air), you get high and low
pressure zones. That is why, for example, even though the air is moving in
circles parallel with the ground, a house gets
Thanks for sharing. This is great!
On Tue, Sep 22, 2020 at 6:11 AM JonesBeene wrote:
>
>
> The Shawyer EM drive is not dead but now has serious competition… using
> lasers. This is almost a breakthrough but has not attracted much attention
> so far..
>
>
>
>
>
Hello Vortex-L,
Has anyone heard of people using a fungus to produce heavy water from
sea water? Someone was telling me about "scientists in China or Japan"
who are working on "fusion using a liquid that looks like water, but is not
water." I assumed he was talking about Heavy Water. He
Can you elaborate on how and why a "resonance decays through the Fibonacci
spirals of a protein nanotubel" ? Would other structures, whose geometry
is related to the Fibonacci sequence, or to a Golden Spiral, also function
like this? Would this shape, for example?
spaz.org/~magi
On Thu, Dec
On Fri, Dec 11, 2020 at 7:57 AM Jones Beene wrote:
> Sean,
>
> REF: https://spaz.org/~magi/
>
> ... hope this is not off-topic
>
> Have you tried setting up a pair of identical nested tubes - one as
> transmitter and one as receiver, separated by significant distance - in
> order to see if there
Good evening,
Have you ever stirred a bucket of water with a wooden spoon? If you go
around in a circle, and go fast enough, a funnel will form in the surface
of the water. I have been able to make funnels so big, I could stick my
hand in without getting wet. It's like a water tornado.
On Fri, Jul 8, 2022 at 1:51 PM Robin
wrote:
> In reply to Frank Grimer's message of Fri, 8 Jul 2022 10:21:32 +0100:
>
> >> why do like charges repel, and unlike charges attract?
> >Because one is a source, the other is a sink at the bottom of a deep
> ocean.
>
Yes, that's the way I think
Ahh, so even atoms are made of this stuff? I like your description of them
as ''eddies'' in the liquid. When you're paddling a canoe, as you pull the
paddle out of the water, (after a stroke), there is sometimes a little
whirlpool flowing away. Didn't Rene Descartes propose the idea that atoms
Robin,
Would you like to propose an experiment, to help us learn about the
nature of this Ocean?
My pet theory is that the medium, through which radio waves travel,
exists in more than three dimensions of space.
Sean
>
>
> With a quasi solid core where the speed of rotation exceeds the
> information transmission speed of the fluid/field (FLEID).
>
> Bit like an apple really. :-)
>
Hurricanes have cores too. Called the 'eye'. Would it be possible to make
a macroscopic electron, by stirring the Natural
Dea Robin,
I ran the numbers, and the radius comes out even larger than the
"Classical Electron Radius". Here I wrote up my work in Latex so it's easy
to read:
https://spaz.org/~magi/appendix/electron-latex.html
I got an electron radius of:
r = 3.863395 x 10^-13 meters
Whereas the
Hello,
Are you suggesting that long ago, in the time of Classical Physics,
someone performed the same simple algebraic calculation I just did, and
looked with consternation upon the result? "Hmm, you guys, this number
seems to be off. Let's multiply it by a correction factor. We'll call it
Dear Andrew,
Thank you for the information on Falaco Solitons. Is Cartan the one who
introduced the idea of "rotating spacetime" into the theory of Relativity?
>
Oh, excuse me :) That message was meant for "Vibrator !"
I like what you have to say about electrons. Do you think we could make a
macroscopic electron? I mean, one that's a couple feet across?
On Sat, Jul 16, 2022 at 9:10 PM Andrew Meulenberg
wrote:
> just an interested bystander
>
Are you on the welcoming committee?
Perhaps it's time you made liaison with the box orb pilots.
I have a question about things that rotate: Is it meaningful to speak of
"resonance" when something is rotating in only one direction (Clockwise,
for example)? When I think of "resonance", I think of a guitar string
vibrating back and forth, or a parallel LC circuit, with the current
flowing
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