Sebby (self biasing thermal energy converter)

[profitis]

yes @markE..what would be interesting is to find out what effect a strong magnetic field would have on their device or phillips future device at room temperature because then we may have some biasing of equilibrium electrostatic fields.in other words,taking various MIM diodes and shoving a magnet on them and then testing to see if any ambient temperature current occurs due to interference of electrostatic equilibria. 

[MarkE]

Profitis, I think possible alterations or enhancements should wait to see what Philip has first.

[profitis]

why wait markE? Lets say we take a handful regular MIM diodes of various types and we get say,16 micro-amps constant nonstop in the dark on one of them by putting a magnet over it,it would not only support evidence for phillips quenco but for sebbithenco too.this experiment is best suited to people with access to variety of mim diodes of course.

[MarkE]

Profitis, the reason that I want to hold back is to limit the number of unknowns.  I don't know what Philip has tested or how.  It is for example possible that his tests already involve strong magnets.

Let me add that if you have ideas that you want to test with devices of your own, then please go ahead and perform those tests.

[profitis]

im unable to perform such tests markE,no access to variety mim diodes thats why im throwing it here for anybody who does have access to these diodes who might want to experiment and then comment over here.i think its an important experiment to do,much like a one professor Fu of china did a few years back succesfully.in Fu,s experiment there was a massive distance between the electrodes of his diode compared to mim diodes of today and im thinking that that reduced distance may be grossly beneficial for power output.