Propulsion From Positive Only Power Wire Itself

[hello2021]

Closed System Test Video Then Description Of How It Works
NOTE: Propulsion is only from power wire itself tensing when voltage is applied.
Positive power only. No negative supply.
This is the only method I have been able to come up with to make constant acceleration using electricity only work and still obey the laws of physics.

View: https://www.youtube.com/watch?v=O935p24XBJk

 

[hello2021]

View: https://www.youtube.com/watch?v=0NmdJ7Sy_cA



This method of propulsion in space is only dependent of a wire when positive only voltage is applied tensing up and moving.
This test shows a wire will tense up and pull in an almost total vacuum.
I conduct this test in my vacuum chamber using a shorter and thicker piece of insulated wire and take the chamber down to -26.5 which is the lowest negative pressure my chamber can go. - 29.9 is absolute vacuum so this is pretty close to that and there is still movement from the wire tensing when jolted with positive only power which is what is providing the movement in one direction as seen in the other test. Not as much movement when jolted with voltage as this wire is thicker, shorter and not as flexible as other test as the cylinder had to be supported by the wire and not fly off. This proves no air is necessary to only make a wire jump when voltage is applied and the wire jumping when jolted with electricity is the only method of propulsion used in this drive.
NEXT: I want to try different wire configurations to see if it would be possible to get something to lift up vertically from Earth as I know it will work in space.

 

[Particle Article]

hello and nice to meet you!
this appears to be a primitive electric motor of some sort- wow
I like the idea of providing lift, but I would ask you to do something else too
I would like to see this accelerate like u, to do that I suggest you could use the model in the first video- the hanging one. It needs about ~20 feet of a very fine linear bearing, so it can slide in a direction. Maybe then we could see it travel and accelerate? excellent work and thinking, I wonder how u even thought to try it. I have thought of using the electron, but I suspect, even if we could thrust electrons, they are nearly the lightest item in the universe. Oh I see/recollect u saw a cable tense under a lot of wattage- nice one

 

[hello2021]

hello and nice to meet you!
this appears to be a primitive electric motor of some sort- wow
I like the idea of providing lift, but I would ask you to do something else too
I would like to see this accelerate like u, to do that I suggest you could use the model in the first video- the hanging one. It needs about ~20 feet of a very fine linear bearing, so it can slide in a direction. Maybe then we could see it travel and accelerate? excellent work and thinking, I wonder how u even thought to try it. I have thought of using the electron, but I suspect, even if we could thrust electrons, they are nearly the lightest item in the universe. Oh I see/recollect u saw a cable tense under a lot of wattage- nice one

Nice to meet you also and thanks for the positive words.
I am about to post a new test and description I conducted today in a few minutes on 2/20/2021

 

[hello2021]

View: https://www.youtube.com/watch?v=wqriel3CMd8


Before I attempt to get this to go strait up in the air I had to determine exactly
what section of the positive only power wire was tensing/pulling and causing the propulsion.
I attached the bare part of the positive only power wire to the front side of
the cylinder cap that releases charges on the back end as mentioned in previous videos.
Then I taped down that wire to front and back support stick for the cylinder AKA what you
would call the drive.
Next I taped down any excess supply wire at the back end to a separate stick to completely
isolate the above mentioned portion of wire you saw circled in red at the beginning of the video
to prove that the excess supply wire was not responsible for propulsion.
I knew if I was able to achieve any movement in this scenario that it was the completely isolated
wire that was attached only to the stick/drive responsible for propulsion.
The great news is that it was only that attached portion to the stick/drive segment responsible for
the propulsion and it shows it is working isolated from the rest of the supply wire as you
can see in this test video.
Now that I know this information it is time to now attempt to see if this is producing enough
force to get something off the ground also.
From previous test I know it will produce constant acceleration in one direction using only electrcity
in the vacuum space.
Now let's see if this cannot only be a constant acceleration space drive but can replace rockets to get
humans off the Earth directly also.
One propulsion system responsible for all of it.
Bold attempt and statement I know but go big or go home.
Even if it does not end up being a single propulsion system for all of it
From all the test it is looking like you can still use a rocket to get you into space and this drive I have developed
to get you to the planets and stars using constant acceleration in space with the only fuel being required being electricity alone.
If not 1 G constant a respectable portion of it.

 

[Particle Article]

- thanks for the follow up
All I can really see is that it moved again
If u like I'll restate my request to move it 5-20 ' parallel to the floor/horizontally
To do that I suggest to put the substantial prototype apparatus on 2 wires and 4 small pulleys.
The wires need to be flippin' taut, the pulleys should be small and on good bearings.
The bearings should be even smaller than skateboard bearings, and u can de-grease them too.

Lift-off is so difficult --thanks for trying
maybe all u need is a gravity knob 8D heh

Is your wire getting hot?

 

[hello2021]

- thanks for the follow up
All I can really see is that it moved again
If u like I'll restate my request to move it 5-20 ' parallel to the floor/horizontally
To do that I suggest to put the substantial prototype apparatus on 2 wires and 4 small pulleys.
The wires need to be flippin' taut, the pulleys should be small and on good bearings.
The bearings should be even smaller than skateboard bearings, and u can de-grease them too.

Lift-off is so difficult --thanks for trying
maybe all u need is a gravity knob 8D heh

Is your wire getting hot?

Wire is not getting hot, not even warm. But will be testing with a thinner gauage next as it should provide more resistance and should tense up more. Will have to see if that gets warm or not.
I will definitely have to attach this to a stick and also attach propulsion wires in front and in back of cylinder to that stick to get an idea of wat is happening.
Trying to get my test ideas done and I do plan to look into what you suggested.
I work full time all week "thankful I am still working though" so I try my best to find time on the weekends and
also try some days after work to test.

 

[hello2021]

Between work and The European Space Agency requesting more information about the drive I have gone from research to public relations the past two weeks.
Will try and do some more test some time in the next couple of weeks when I can find time.

 

[Particle Article]

thumbs up
I'd love it if u would share with us plebs how this develops
maybe I can understand the motive force, at least some

it is plain that if any drive tech accelerates under electricity we will break the speed of light by orbiting close to the sun mate

 

[hello2021]

Will do. ESA had an open submission for future space tech so I submitted. They later requested more information so I submitted that also. Deadline for submissions was Friday so will see how it goes. They were looking for lunar and asteroid tech so not sure what they think of a Space Drive but we will see. Plan on doing a lot more submissions over the next few months with several agencies. Really want to get this on a CubeSat but those are not cheap.

 

[Particle Article]

Thanks for the suggestion to contact organizations for me also
-- and thanks too for not needing to keep secrets(no hard asking)
hopefully we can inspire some young ones

I'll Google CubeSat

 

[hello2021]

Testing Update: I removed a transformer from an ionic air cleaner and used
a fluorescent tube ballast as a driver.
This puts out 10,000 Volts AC.
Next, I will connect this to a new 16 stage voltage multiplier I am
about to make and that should put out well over 400,000 Volts DC.
Will see what happens when I up the voltage to almost half a million volts.
Will take me a couple weeks to build the new power supply.

 

[Particle Article]

how many amperes/watts?

-thanks for your persistence
ooh so curious!

 

[hello2021]

Been working on my new 17 stage 400,000 volt multiplier I am in the process of building to test the drive with. Have to solder wires to input and output and encase in wax next. I tested at very low voltage not in wax and so far so good. A lot of soldering. Still working on it.

 

[Particle Article]

is it more dependant on voltage than wattage in your opinion?
- ty for your work

also- ionisation thrust is a possible explanation, however your vacuum test helps a lot in this regard,
as ionisation of atmosphere is not possible in vacuum

 

[Atlan0101]

thumbs up
I'd love it if u would share with us plebs how this develops
maybe I can understand the motive force, at least some

it is plain that if any drive tech accelerates under electricity we will break the speed of light by orbiting close to the sun mate

Think hard about what you said. If you were thinking what I think you were thinking, that continuously powered orbit close to the sun would end up outside the solar system, then outside the galaxy, rather than coming anywhere close to breaking the speed of light (not even coming within 300,000kps of the speed of light). The principle of uncertainty would be in play with the conveyance's driving device taking the part (within the conveyance) of "knowing position". Only the resistance of the medium would be any limiting factor and I'm pretty sure there would be ways of handling that -- including possibly conductive to superconductive planes and lanes existing to the medium, to lessen resistance more and more. Outer space is not the inside space of a particle accelerator. The driven conveyance might go somewhere almost as fast, or as fast or faster, as that particle inside the particle accelerator with a constant of powering (a constant of acceleration).... but that somewhere in space will not be anywhere close to the speed of light [within] or concerning the conveyance. Distance, as distance, to the speed of light is the equivalent of distance to the Planck / Big Bang horizon. The conveyance can cover a lot of distance in space quicker and ever quicker without ever coming closer to that horizon than it started from.

If the precise position of a particle is known, its velocity cannot be known. If the precise velocity of a particle is known, its position cannot be known. That uncertainty principle will work for self-powered (constantly powered / under constant acceleration) conveyances essentially loose in outer space just as well as it works for particles essentially loose in inner space.

 

[Particle Article]

it's really contentious what happens at intense velocity,
I appreciate the quantum sphere outline

-it would be necessary to use our thrust to retain orbit
unfortunately- even if our craft's particles do not pair or do something remarkable in the quantum field
and remain observable
a large mass(craft) may cause a black hole or small reactive mass beyond C

I yet do suggest that if we have pure electrical acceleration without fuel,
we can break C in the sun's orbit, even if it takes decades to reach the speed

 

[hello2021]

First 400,000 Volt Test - Have Some Work To Do:
It has a lot more pull from the propulsion wire but as you can see in the video I had to get the Voltage Multiplier off the floor as it was making ground with this amount of power even after encasing it in wax. Will have to figure out how to keep voltage multiplier at this high of voltage from trying to go to ground as no matter what I did it would still arc to the floor even from this height. You can even see what I was talking about in previous videos where the main orange supply wire is jumping when power is put through it. Again, positive power only but at 400,000 volts. Propulsion is only from the propulsion wire itself tensing and pulling in one direction when voltage is applied. I have to figure out a way to better isolate the voltage multiplier and it's housing from ground. Still a good test. The voltage multiplier I made works and nothing blew up.

View: https://www.youtube.com/watch?v=TLVj98F4R2M

 

[hello2021]

** UPDATE** Found the fix after I posted the last video. To fix the grounding issue next test I will place the main supply wire in high voltage shielded tubing.

 

[Catastrophe]

Please pardon a question from a complete amateur in this field. I am impressed by your persistence and attention to detail. Looking at the reason for your drive, I found on post #1:
"This is the only method I have been able to come up with to make constant acceleration using electricity only work and still obey the laws of physics."

I have noted that you mention various ancillary requirements such as very high voltage. Have the power requirements of such items been 'costed' in to energy balances? Presumably, if you are relying on solar energy, there will be weight considerationsto to be moved around in terms of equipment?

Apologies if you have already dealt with these, and I have missed them.

Cat



Cat

 

[Particle Article]

sorry to repeat myself, but how many Amperes are you giving it?
the only known explanation is ionisation of the atmosphere

very powerful test rig!

 

[hello2021]

The 400,000 multiplier is producing ionization between the multiplier output wire and the floor. The hissing is from that trying to make ground not the cylinder for the drive or the propulsion wire. It works simply by the method of when voltage is sent through the propulsion wire the wire tenses up and pulls only in one direction.
As far as power, something like the Voyager space probes are using after 43 years would work with nuclear fission and decay of pellets I believe is that method.
As far as weight there is no liquid/gas fuel like for rocket motors so no additional weight from that in space and you can accelerate the entire time as long as you have an electrical power source going to the multiplier to send high voltage to the propulsion wire you never run out of fuel as the electricity you are producing is the fuel.
My multiplier is just being powered by a AC neon light ballast plugged into a standard wall socket but there is a Variac right after the wall plug and before the ballast to adjust voltage up and down.
At this time it will only work as a space drive but experimenting with more voltage and different propulsion wire types to see if there is any way to get it to produce over 1G to lift out of a planets gravity well.

 

[Particle Article]

I also use a Variac
-sounds like you are 15 amps,
to raise 10,000 volts it must be so difficult
15 * 120 = 1800 watts
1800 watts / 10,000 = .18 amps

I think solar cells are more accessible than nuclear
-for example fission can be triggered by conventional explosives, ie. a rocket blowing up

thumbs up- hope your work helps hello

 

[Epiphany]

First 400,000 Volt Test - Have Some Work To Do:
It has a lot more pull from the propulsion wire but as you can see in the video I had to get the Voltage Multiplier off the floor as it was making ground with this amount of power even after encasing it in wax. Will have to figure out how to keep voltage multiplier at this high of voltage from trying to go to ground as no matter what I did it would still arc to the floor even from this height. You can even see what I was talking about in previous videos where the main orange supply wire is jumping when power is put through it. Again, positive power only but at 400,000 volts. Propulsion is only from the propulsion wire itself tensing and pulling in one direction when voltage is applied. I have to figure out a way to better isolate the voltage multiplier and it's housing from ground. Still a good test. The voltage multiplier I made works and nothing blew up.

View: https://www.youtube.com/watch?v=TLVj98F4R2M

Very cool and interesting. Do you have a circuit diagram for this? You are saying positive only, but you’re using an AC neon ballast? Is there rectification here? Neón ballasts are what.. 20KHz? So are you providing half a sinusoidal charge at that frequency?

I’m probably missing something really obvious here, and if so please correct me. Would you expect the same thrust from the positive terminal of a HV capacitor?

 

[Particle Article]

it's very relevant whether it's receiving ac or dc @Epiphany