Is this legit?
https://dkp2ncv6gydeohlntxofphe7gfn6dmbse2eoh3p22k5jzuptutoq.arweave.net/Gp-mir42BkcdbZ3cV5yfMVvhsDImiOPt-tK6nNHzpN0
Current age electric motors and generators work by magnetic power and induction.
Proposing: electricELECTRIC motor and generator.
Electric strip motor:
Wrap a non-elastic strip of segmented insulated charges, tight within wheels to transmit mechanical movement and hold tension, and apply voltage selectively to segmented insulated parts of the wheel. This voltage will attract and repel the strip selectively at different geometrical passthrough junctures, resulting in an oriented difference of mechanical power obtained through the use of a difference of voltage.
Segmented and insulated, so the charges don't flow away when pushed or pulled by the electric fields as the strip forces them to go. The material can be semiconductors (low voltage, but persistent), capacitors (needs to be charged before use, and periodic recharge), or ions.
Electric strip generator:
When having excess mechanical energy and putting it into a battery.
https://dkp2ncv6gydeohlntxofphe7gfn6dmbse2eoh3p22k5jzuptutoq.arweave.net/Gp-mir42BkcdbZ3cV5yfMVvhsDImiOPt-tK6nNHzpN0
Current age electric motors and generators work by magnetic power and induction.
Proposing: electricELECTRIC motor and generator.
Electric strip motor:
Wrap a non-elastic strip of segmented insulated charges, tight within wheels to transmit mechanical movement and hold tension, and apply voltage selectively to segmented insulated parts of the wheel. This voltage will attract and repel the strip selectively at different geometrical passthrough junctures, resulting in an oriented difference of mechanical power obtained through the use of a difference of voltage.
Segmented and insulated, so the charges don't flow away when pushed or pulled by the electric fields as the strip forces them to go. The material can be semiconductors (low voltage, but persistent), capacitors (needs to be charged before use, and periodic recharge), or ions.
Electric strip generator:
When having excess mechanical energy and putting it into a battery.
