thrust

apply a high voltage to certain asymmetric capacitors they produce thrust that's right propulsion with

more rigorous controls we see about 0.1 grams that corresponds to about one millinewton of thrust

also getting millinewtons of thrust basically real propulsion with electricity as the sole input and

uh but at high vacuum you'll get the thrust but it's always in the opposite direction of the

hard vacuum and you're getting measurable thrust oh we have we've been doing that since 2020 so the

there's no ion wind what kind of thrust in newtons or grams are you getting well we're we're still

them when we do that other than we can make more thrust which is important um but we like to

understand the thrust density if you will of each thruster so we're trying to optimize each type um

you any more thrust but you can stack them and get increased thrust well the physically large one will

thrust does depend on the area it does depend on the volume it does depend on the voltages the

the voltage range was you know the the thing causing the thrust but charles's belief is that that's sort

if you increase the voltage you don't see any change in thrust or oh you'll get more thrust for

electric field differentials creating thrust and then the second thing is very fast rotating spinning

the k factor the more thrust or propulsion you see in townsend brown's capacitor experiments brown spent

emitters at the base of lazar's craft didn't produce thrust in the traditional sense they didn't push