BRAZIL - Company is building a Gravity Generator http://www.rarenergia.com.br/

[MarkE]

No a pendulum does not shield anthing from gravity.

[Red_Sunset]

No a pendulum does not shield anthing from gravity.

Mark,
You are correct from the standard earthly reference frame.  But I guess, Zeit is looking at it from a different angle.
Zeit's reference I would guess is the blob itself, not the pivot attachment.

Like creating weightless condition in a gravity field, the free fall of an airplane to train astronauts.
The weightless condition of the passengers is in reference to the plane, not to the earth

Red_Sunset

[Red_Sunset]

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These are my findings, but I'm afraid they will not please you:
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Mon Ami, 

Everything pleases me, especially good reading material. I see you are doing your reading too, good news !
I couldn't disagree with the reference material because my relationship with science is only casual. That doesn't mean I still make up my own mind when something doesn't sound right. 

So soon you will confirm that "the bend child swing pivot is equivalent (=) to the vibrator axle deviation for a limited rotation quadrant"

I am happy you are in good hands now.

PS1: Centrifugal force equals tension, this would mean "Voltage" in an electrical equivalent
PS2: I find that the wikipedia reference is somewhat ill defined, I would even venture to say "that it sucks"

Red_Sunset

[Zeitmaschine]

So soon you will confirm that "the bend child swing pivot is equivalent (=) to the vibrator axle deviation for a limited rotation quadrant"

At which state loses a vibrator (or part of it) its weight?

I am happy you are in good hands now.

So the readings above are good readings?

PS1: Centrifugal force equals tension, this would mean "Voltage" in an electrical equivalent

Interesting, but also confusing. The centrifugal force of a pendulum is strongest when the bob swings through the vertical position (highest velocity).  In a LC circuit the »vertical position« is reached when all energy is stored as magnetic field in the coil, capacitor completely discharged, voltage crosses zero. Then how could centrifugal force mean »voltage« in a LC circuit??

PS2: I find that the wikipedia reference is somewhat ill defined, I would even venture to say "that it sucks"

Even more interesting!

[Red_Sunset]

At which state loses a vibrator (or part of it) its weight?

So the readings above are good readings?

Interesting, but also confusing. The centrifugal force of a pendulum is strongest when the bob swings through the vertical position (highest velocity).  In a LC circuit the »vertical position« is reached when all energy is stored as magnetic field in the coil, capacitor completely discharged, voltage crosses zero. Then how could centrifugal force mean »voltage« in a LC circuit??

Even more interesting!

Zeit,  what is the point?   
Your initial question was the "bending swing bar", now you seem to have changed that to "loosing weight on the blob". ....Puzzled
Initially you said, what is the equivalent of "centrifugal force", now you have seem to have changed hat to "velocity".... more puzzled. 
 
Spend some time on this logic flow,  see if they make sense, if not let me know.

1** The highest velocity produces the highest centrifugal force
        Centrifugal force is a reaction to the circular velocity
2** The highest velocity (change) produces the highest induction voltage
       Induced voltage is a reaction to the velocity change (voltage is also named TENSION in certain contexts for good reason)

Red_Sunset