You could try a gradient ramp at the end of the track, to see if the ball can jump up and out with its own inertia.

That’s creative…

cool idea bro

keep up the good work

i noticed in prerendev sketch.. his stator
has split pole magnets s/n s/n s/n and only n magnets on the rotor
is this another key?

your frist magnet is one soild magnet…..the secound magnet sheilding was a seris of magnet attacted a steel bar is a good idea but I noticed your magnents are laminated in layers
thus you can redirect the eddie current into your sheliding as needed

the magnets must alternate in some way for it to work.i observed with hand observations that if the magnets in the stator are magnetized through the diameter they pull together instead of push apart and still push apart when they are supposed to so i simply never could afford to continue with the experiments do to no funding from anyone but me… It Could Work Is What I Still Believe

right on bro

i think your very close, a couple observation, the only way I see this will work
is with earth magnets, the other point youneed to simplify the motor and rotor.
Keep as many few magnets as need, reducingand counter affects, untill we can
understand what required, for shielding

i would strong remcomment 5-6 laminated
rare earth magnets for each of the rotor poles total 6 poles max
then creater a simple 3 phase stator field
with 3-4 magnet per field but set them up
with split n/s magnet not sure if a square magnet will work better..
try my shielding idea on these laminated stator split magnet n/s pole,,,
and use you logic u developed
levaging the push pull action with the shield and skew design of magnets feilds

use your simple motor wheel design
but use earth magnets…
i have been messing around with
the idea of 2 rotationg (small 4 pole n/s )stator hubs on bearing …to push and pull the rotor…