Dear Sir,
How do you do ?
I hope you are doing very well.
It is very nice to meet you.
I would like to draw your attention to a very interesting device called the Scalar Wave Transmitter.
A blue print for the scalar wave transmitter can be found here :-
http://www.ctglabs.com/swt2.htm
I came across this blue print while searching for information on Scalar Waves.
It is not my design and I do not know the one who has constructed the device.
What I would like to know is this, does anyone on this forum knows how I can, increase the frequency as well as the voltage of the signal being transmitted ?
I would like to know how I can ramp the frequency up to the GHZ range.
Can someone please advice ?
A blue print with the new specifications in mind would be very appreciated.
Thank You so much for your time.
A Falling Cat named Spangky.
9 Lives Only !!!
:(
I would think that if you would want to experiment along these lines, you will want to us a different setup that a caduceus coil. A caduceus coils is nice in that it is very directional, but I would guess that to really have a nice frequency and directional scalar antenna, you will need to use a spheroidal setup. I would imagine that what you might want would be multiple spherical layers that fold back on one another like a bifilar coil. In my imagination, I can see a small sphere coated with alternating layers of dialectic and conductor with connections between the conductive layers on alternating ends. This way, when current is passed through the sphere, it transmits a wideband (depending on the size of the number of layers) scalar wave. Also, such a configuration should be able to receive scalar information from a multitude of direction and a wider range of frequencies. At least, that is how it goes in my imagination. :)
Peace,
Josh Gulick
Quote from: jkgulick on February 07, 2009, 01:39:44 AM
I would think that if you would want to experiment along these lines, you will want to us a different setup that a caduceus coil. A caduceus coils is nice in that it is very directional, but I would guess that to really have a nice frequency and directional scalar antenna, you will need to use a spheroidal setup. I would imagine that what you might want would be multiple spherical layers that fold back on one another like a bifilar coil. In my imagination, I can see a small sphere coated with alternating layers of dialectic and conductor with connections between the conductive layers on alternating ends. This way, when current is passed through the sphere, it transmits a wideband (depending on the size of the number of layers) scalar wave. Also, such a configuration should be able to receive scalar information from a multitude of direction and a wider range of frequencies. At least, that is how it goes in my imagination. :)
Peace,
Josh Gulick
Dear Sir,
Are you able to help with some blueprints and schematics ???
Thanks
A Falling Cat named Spangky.
9 Lives Only !!!