Re: [Vo]:Energy conversion via Electron affinity

[Horace Heffner]

If electronation of the transport molecule by tunneling at a distance  
can be achieved at the donor surface, then it avoids the Casimir  
force altogether there. There is no appreciable Casimir force at the  
donor surface, and no heat is lost to the departing transport  
molecule other than the energy to supply the tunneled electron.  The  
transporter molecule still arrives fat at the acceptor but leaves  
small, thus gaining net Casimir force energy, plus the differential  
electron affinity attraction.  The net effect is excess free  
electrical and thermal energy due to the Casimir force asymmetry.

Horace Heffner
http://www.mtaonline.net/~hheffner/