My consideration was for the silicon wrapper only....they're hope is to replace it completely... where, electrons are stimulated in some form of conductive material suspended in some form of wrapper..."bump and nudge".....where by..."eliminating the electronic on and off switch"

The on / off ... illustrates a digital signature.....where the read back is individually cell sensor interpreted... to be on or off.

Substrate aside, how would one do that with "bumping and nudging" anything?

Discrete distance separation?

In managing in this fashion the cell on/off issue would be eliminated.....however, IMO, the read back would still be sensory using a distance separation, or no separation. It's still an on /off situation by placement. It might lead to a simpler silicon detail not having to deal with tunneling issues involved in creating trapped election substrates.

In the end it wouldn't make any difference to e.Digital.
e.Digital wouldn't care if it's trapped electron, distance, crystalline...or candle sticks.

It doesn't matter...The speeder these memory issues get.....the better off e.Digital is.

We are where we are now because of improved performance.

doni