> Both robots are magnetic and guided wirelessly by an external electromagnetic coil system
That’s so cool. It reminds me of being a kid and playing with magnets beneath a sheet of cardboard, using them to invisibly move metal objects on the surface. Is that sort of the principle here?
I don't know about this specific principle but I know of at least one magnet-based surgery robot that is based on that principle, for heart catheterization. Seems like a trend in this area https://link.springer.com/article/10.1007/s11548-025-03558-z
> The researchers successfully tested the robots on phantom heart models that closely mimic a human heart, and on real porcine heart tissue. The robots traveled smoothly and autonomously, even against simulated blood flow.
That’s so cool. It reminds me of being a kid and playing with magnets beneath a sheet of cardboard, using them to invisibly move metal objects on the surface. Is that sort of the principle here?
Jokes apart, can anyone well versed actually tell of this is just a paper for publishing sake or is there any truth to this story ?
“In mice” - actually not even.
I do hope this is serious research as well. It’s hard to tell from the outside.
https://en.wikipedia.org/wiki/Magnetotactic_bacteria