Really? No one's posted it yet? Y'all are spending too much time in the mainstreams if this doesn't trigger your anti corpo reflex. ;p

Really? No one's posted it yet? Y'all are spending too much time in the mainstreams if this doesn't trigger your anti corpo reflex. ;p

Magnets don't do work
My tax preparer randomly started telling me about how he's invested money in a guy that is developing a "reactionless space drive" that works basically like this drawing. I was fighting the eye-roll when he added that the guy solved all the problems he was having with the design by asking ChatGPT. I started to explain how ChatGPT works then thought better of it. Easier to just find a new tax preparer.
There was an actual NASA project that briefly claimed to have detected some miniscule accelerations driven only by EM waves. I think these claims were later lost to measurement error.
See the wiki:
NASA Eagleworks reported small thrust under vacuum.[70] Tajmar et al. (2022): no thrust across wide frequency band; any anomalous signal below photon-thrust limit by at least two orders of magnitude.[21]: 31, 42–43
The boom is actually a device which attaches the magnets to the ground. The front plate is also a powerful electromagnet which can adjust its own field to be attracted to and then repelled by the spiked, stationary magnets.
It's the right idea. The trick is to also use an electromagnet. A few of them. Put them in a circle. Switch on one of them at a time so the magnet moves to the electro magnet. Then switch of the one electromagnet and switch on the next. Now you have a magnet spinning. Use that to mine the wheels.
Alternatively have a road full of electromagnetic in a linear fashion. That works too.
I love that apparently additional metal has to be added because the truck itself is made out of so much plastic and other nonsense that it wouldn't work with a magnet on its own.
But how would you stop the car? If you lifted the magnet up, the car goes along with, and then you'd be going through the atmosphere.
The real reason is because the magnet is trying to pull the car. Have you ever tried to pull a car? You'll find it impossible even in neutral. But you'll find out pushing it is much easier.
You should instead magnetise the shell of the car, then hook to its back a magnet with the same pole as the car's back.
Instructions unclear.
Magnetized car is now riddled with all sort of metallic debris.
I know you joking bu, isn'tt this how those fancy asian bullet trains work?
That's magnetic levitation, and it's magnetic repulsion not attraction. The push the train away from the tracks and that balances against the gravity pushing it down onto the tracks, so it levitates. Then you just oscillate the polarity of the electromagnet to move forward.
It allows for extremely high speed travels since there is no friction with the tracks, but in terms of efficiency it's not much better than a normal electric train. It's just faster, which in commuter trains it is what you want. But it wouldn't be much good for personal vehicle transit, even if we did magnetize all of the roads.
As soon as ya figure out pulling yourself up by your boot straps you'll have all the free energy hacks.
Switch the magnet for a carrot and the truck for a donkey, it’s way simpler than you tech bros are making it out to be.
Neither carrots or donkeys are magnetic 🙄
And yet... there is attraction. I propose, until we've studied it enough to come up with a better name, the "donkey carrot attraction force"
I don't care whom you're attracted to, but you might want to keep this one to yourself... Unless you're in the FBI!
I don't think the carrot is attracted to the donkey the way the donkey is attracted to the carrot...
Can this attraction be improved upon? Like if the carrot wears some lipstick or some such?
Don't worry it's an AI generated carrot and an AI donkey (somehow). Where's my funding?
That's clearly an Acme design. It's meant to break.
I think it's newtons first law. The force attracting the metal to the magnet is equal but opposite to the magnet on the metal.
Magnet would pull the car backwards and the metal forwards
There was a kid at the summer camp I went to who had this idea. I knew it wouldn't work, but I wasn't able to explain why.
The magnet also gets pulled backwards with equal force as the plate on the front of the truck gets pulled towards the magnet.
Since the magnet is attached to the back of the truck, the base of the magnet crane is pushing back on the truck with the same amount of force it’s being pulled forward by by the plate, thus cancelling out the forces and resulting in a net of zero.
This metal arm compression device would work just fine, that metal arm would experience various stresses. Mission Accomplished. Good design.
I think the reason is that the magnet is also attracted to the metal so the attraction force directions add to be net neutral
The magnet attracts the car, but the arm it's connected to pushes back on the car, balancing the forces.
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