Thread: I have invented 2 ways to travel time and 2 ways to send messages.

The image I provided was just a picture of copper foil plates, enameled printer paper, epoxied together, with a hole drilled through it and a glass tube sent through that hole. None of the connections have been made, the cathode hasn't been placed into the glass tube or anything. In an inductor voltage leads and current lags, and in a capacitor current leads and voltage lags. So, this once you have a rail to connect all of the plates, acts as a microwave frequency delay line. So, in respect to the cathode that placed inside the glass tube, there's no opposing charge to lead it down the tube until the inductive delay of a straight piece of wire has been overcome. If you place two capacitors in parallel on a battery, the smaller capacitor always charges first if there's no real resistance in the wire. But, that won't happen with this arrangement, the large plate charges first because, between the first plate and the second is an existing capacitance. So, if the first large plate goes positive, the second plate is always still more negative and order is forced. So, the Gas Plasma Discharge tube fires, current heads for the plates, then to a 1uH inductor towards ground. The stray capacitance of all of those plates will measure less than 1 picofarad. Literally, there's no difference between that stack and a block of copper of the same dimensions, well, the difference is very very small. The plates are the same thickness as the paper. As for each plate reaching it's peak voltage, that all happens much much faster than the speed of light.

In astronomy, 13.5 billion light years away, the galaxies have accelerated to near light speed and are moving away from us. Beyond that we can't tell if there are any more galaxies because, any distance farther than that and those galaxies would be travelling faster than the speed of light. They way the astronomers put it, space is moving/expanding faster than light. But, in reality, there is something there that you can move faster than light, and if your target is set up right to detect static voltages, as you would use a JFET as a detector and utilize it's ultra high input impedance to be able to measure currents much lower than a pico ampere, you'll have no problem detecting the early signal.

Like what, for the first test I didn't have a target, so I aimed it where I put my head while sleep and woke myself up 3 days early, and when you used the target I described, it went farther than that, and that's why knew I was going to take the picture of it in the bathroom? The JFET target is much more sensitive. It sounded like a two by four hit me but, the pain was only enough to feel like somebody rubbed their feet on the carpet and actually touched my brain. The other side effects, like Quantum Parallel Universe binding effects, you won't see until you have a hand held model and can shoot yourself. It's your ship time that must directly change your ship time to link you to an array, you'll feel it, and you won't really know why your flinching, when the instant it strikes is actually three days ago. The JFET target should be allot more sensitive than a neuron embedded in my thick skull.

Very slow ASCII huh? So, get yourself a few hundred million. I know how to use that device to build a flying tank. Like an armored tank. If the battery on the ship can last 30 years, that's like 30 years worth of space shuttle thrust. I call it a probability drive. Then we can go into knee jerk circuits that work along the same principles as the double slit, particle or waves, are you, or are not looking, how does your sensor work and instantaneous fuel recycling. Not like The Hitch-Hiker's Guide to the Galaxy probability drive but, more like the direct probability of whether it was detonated or not.