Successfully looped SMOT

[sm0ky2]

The difference in field compression inside vs outside of the turn
controls the transition to the next gate.
The sharper the turn, the greater the difference in compression
if this is not handled appropriately, the result is gate reversion
and the ball will return to the previous gate.

[synchro1]

Tinzelcoolala cooked up a pretty cool pulse toy, but where are the magnets?

[sm0ky2]

Tinzelcoolala cooked up a pretty cool pulse toy, but where are the magnets?

he replaced them with an electromagnet
and pretended it was "the same thing"

[TinselKoala]

You really have no clue, have you. I never said that my electromagnet was "the same thing" . The video I posted shows a ball accelerating on each loop until the losses equal the "loop gain" and a constant speed is attained. This illustrates my point that a "loop gain" isn't necessarily a disaster. And I find it hilarious that you are bragging about your dangerous failures. "Hire this pilot, he's survived many crashes so he's qualified to take your precious cargo home." Right.

Smoky, this thread perfectly illustrates that you are just another person who cannot DO what he pretends to TEACH other people to do. You have no idea how to make a "Successfully looped SMOT" so why don't you just admit it and move on to something you actually do understand.

[sm0ky2]

Right......


Steer a discussion about permanent magnet acceleration
By introducing current-limited electrodynamics


I don't expect any sort of apology or retraction
Hell, in 15+ yrs the best I have  bet gotten was the other day
Where instead of admitting you were wrong


You said. "Well you finally showed me something"
The truth is "you finally listened to something I said"


Now I'm going to go buy a bunch of magnets that ironically
cost more than a cheeseburger
So I can get my cheeseburger


And teach these kids the final lesson on the field compression dynamics
at the end/beginning of a looped gate


This is something that only Howard Johnson could teach us
As Greg Watson failed to do so.


As we see in the angled gate transition, the outer field is expanded
When we bring this full-loop, it creates an undesirable field assymetry
Assymetry can be just as detrimental as field symmetry
Because it is not just assymetry we are after, but a very specific assymetry


This is achieved by placing a gap between the first and last gate
and introducing another magnet near the outer field where they come together
To create the proper field compression.