[EMAIL PROTECTED] wrote:
Why aren't people more clear about the steorn motor and say that it gets
colder as it creates mechanical power?
Because it doesn't. It's a magnetic motor -- permanent-magnet-based
engine -- and there's no mechanism for it to "steal heat" from the
environment, nor any evidence whatsoever that it does so.
It's type-1 perpetual motion: violation of the first law, which is
conservation of energy. If the Steorn motor works, then a Steorn motor
operating in a closed environment will warm up that environment.
You're talking about type-2 perpetual motion: violation of the second
law, with energy moving "uphill" against a thermal gradient. If your
idea for diode arrays works, then when it's operating in a closed
environment, it will make no net difference to the temperature of that
environment.
Then the motor would be a type of
Ambient Heat Recycling machine which is revolutionary but possible.
Diode array can compete with them.
Reference:
On Tue, 16 Jan 2007 10:46:05 +0200
"Esa Ruoho" <[EMAIL PROTECTED]> wrote:
http://www.youtube.com/watch?v=B0BTJFPSBEA
does this shed any light to the matter
On 16/01/07, Esa Ruoho <[EMAIL PROTECTED]> wrote:
http://steorn.com/en/news.aspx?p=2&id=981
youtube and googlevideo do have quite a bit of steorn material on their
archives.
On 16/01/07, thomas malloy <[EMAIL PROTECTED]> wrote:
>
> Hoyt A. Stearns Jr. wrote:
> >As luck may have it, the Steorn motor runs in reverse absorbing
energy
> without getting hot -- 7.5 watts per gram of the motor. Problem
solved.
> Did I mention that Steorn is licensing their technology? The question
> is, do they have anything to license? Do you have a URL for Steorns?
>
