magnetohydrodynamic

How is running this in reverse different from a magnetohydrodynamic drive?

It sure is a shame that people working on magnetohydrodynamic simulations aren't part of the same conversation as the people writing advertising code in javascript.

Even superconductors suffer from magnetic pinching, but if you have ever seen a plasma globe at a science fair you might discover the magnetohydrodynamic phenomena of Alfven waves.

There's already a technology that can do that - magnetohydrodynamic generation [1].

Pushing the envelope on that idea would be using a magnetohydrodynamic ionization shield around the vehicle for propulsion, but it would require putting a submarine's nuclear reactor inside.

The Earth's magnetic field, generated by currents in the liquid outer core, is a similar magnetohydrodynamic system that has no apparent periodicity.

It seems like they might be kind of fiddly from a maintenance perspective as well?I wonder if magnetohydrodynamic systems could also be used to drive the boundary layer rearward and flatten the velocity gradient/reduce turbulence.

The design could also have changed the trajectory of the entire nuclear power industry because it uses compressed uranium hexafluoride plasma to reach criticality so it has the benefit of using tens of kilograms of fuel instead of tens of thousands and it's an actively maintained magnetohydrodynamic system so if anything breaks or power is lost, the reactor slows down and fission stops.