The Vector A Potential - Anti-Gravity Coils
The Telos Experiment
Created 17/12/004 - Updated 20/02/05
Today I have built the dual torroid coils ready for testing, but I am still to build a 50v power supply or have enough batteries in series, I did however have enough batteries to test with 18v DC. A small steel bolt of 3mm diameter is ejected from the coils, but with very small force. It seems you do indeed need 50v for good effect. I used a single 40v 22,000uF Cap for this experiment.
Update - 04/01/04
Electrometer Test Verification as per JLN Labs
Today I have built an electrometer to confirm the movement of charge with a non-magnetic material in the presence of a Vector A Field. The electrometer is build as per Dr Ahern, You may see it here - Electrometer Design
Here is my electrometer:
Update 05/01/05
Today I have built a simple power supply and tested the Telos coils with an electrometer. Here you may see the simple power supply diagram.
The electrometer show a charge action on the test probe as shown by JLN. One thing I noticed is that if the electrometer is removed from within the coils and held behind the large coil no action is noted on the electrometer LEDs, but if held in front of the smaller coil action can be seen on the LEDs. At this time I would put this down to magnetic flux leakage as the smaller coil has much more space in between the windings due to smaller bunching space on the inner circle when winding. Further elimination tests are required. Please see some photos and a video below.
Click here to download the video
I have done some further tests involving holding a magnet near the coils in different positions and then energising the coils to see what I could "feel" with my hand while holding the magnets I feel a definite pulsation in the magnet. I also hold a small steel bolt and can also feel a "pull" on the bolt each time the coils are energised but only with in the coils not outside. I also notice that the coil moves slightly across the desk when pulsed, but I put this down to reactionary force/vibration between the coils when they are energised? I have tried to flip a small piece of paper also, but this had no effect. I have also tried to see if the coils will jump when suspended by a tense wire, I noticed no effect. I have also tried to see if a laser beam will bend, but I can see no effect and if indeed it is only by micrometers I have no equipment sensitive enough to measure the effect anyway.
Update 20/02/2005
Today I have upgraded the power supply as per JLN, however I was using 40vdc, as I had a 22,000v 40vdc Cap available.
The affect was not as strong, but the steel bolt certainly wants to be projected. I think a larger apparatus will be necessary for anymore in depth testing...
For your information:
Please see the original Telos Experiment here - http://67.76.239.187/vectorpot.asp
Please see JLN Labs version here- http://jlnlabs.imars.com/vpexp/index.htm
Information from Jerry Bayles - http://home.att.net/~j.e.bayles/AVectorTest/AVecEGOK.html
Information from Rick Anderson - http://www.tricountyi.net/~randerse/ortho1.htm
