3) After the first turn the mass has the same speed but opposite direction.
pMass = 1
pPipe = 0
pTotal = 1 + 0 = 1

the mass presents its entire momentum to the pipe as it passes through the 1st turn.
this will cause the pipe to stop just as if the mass would stop the pipe if it were suddenly stopped by the pipe as it left the accelerator.

the pipe is not moving but the mass inside the pipe is.
and I will continue to the 2nd turn

4) After the second turn the mass has the same speed but opposite direction.
pMass = -1
pPipe = 1
pTotal = -1 + 1 = 0

the pipe is now moving and the mass is still moving.


the first 3 stage event is now complete.

the pipe is moving and the mass is moving but in opposite directions.

the pipe has a momentum of 1 in one direction
the mass has a momentum of 1 in the opposite direction.

action / reaction

to continue to the next stage in the 2nd event.

the mass will be accelerated from -1 to -2
the pipe will accelerate from 1 to 2

moving on to after the 2nd turn in the second event of 3 stages.

you would have paid the energy cost to accelerate the mass to -2 and in turn the pipe would have accelerated to 2

action / reaction

but the mass is still moving and has a momentum of -2 before it enters the accelerator in the 3rd event of 3 stages.

you paid for 2
you now have 4

the 3rd event of 3 stages

you paid for 3
you now have 6

so on and so on...it doubles every event of 3 stages.

so in effect you can generate all the energy you paid by capturing the momentum of the mass after the mass leaves the 1st turn and not stop the spaceship or before it enters the accelerator and stop the spaceship.

you could let the spaceship just coast in space forever
and still have enought energy stored up to use to stop the spaceship.

your trip did not cost any energy and your spaceship has traveled a distance.

I told you I was right.






3/4 inch of dust build up on the moon in 4.527 billion years,LOL and QM is fantasy science.