Horace Heffner wrote:
On Dec 10, 2007, at 5:37 AM, Charles M. Brown wrote:
Vorts,
Could the electron affinity transporter based on H2 or CO2 or H20 be
simplified to use an array of LaB6 (a stable low work function
the Brownian motion driven ratchet wheel's rotation. Having at least
one pawl in blocking position would stop the wrong way rotation
Any ratchet effect that can make use of large momenta will work
better with large gas molecules, and likely not require the same
degree of
This reminds me of an article that was published in Infinite Energy. The
author had designed large organic molecules with ratchet mechanisms in
them. As I recall, the objective was to build a Maxwell's Demon.
I'm wondering if the discussion on diodes was to allow the ZPE to flow
in, but not out of the circuit? It would be great if it worked.
Now if there were some way to suck this ZPE into the tank circuit.
That's why I'm so fascinated with Sparky Sweet and Joseph Newman's
reports of circuits that got cold. I've connected lots of circuits to
power supplies, and I've yet to feel one get cold.
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