The 1st Law
Nature Trumps Science
The machine was driven by a hidden, external means
The easiest explanation for the Bessler mystery is that some form of external power
moved the wheel through a hidden mechanism. If we assume that Bessler had a free
hand to install his wheels in extreme secrecy, it becomes conceivable
that he adopted such a scheme. The power could have come from a confederate turning a crank,
a falling weight, or a tightly wound spring.
Bessler might have easily put together a deception of this kind at his own house,
but to do so at the Castle Weissenstein would have involved various architectural problems,
and posed a great risk of detection.
By all accounts, those who inspected the machine always went away satisfied
that the bearings were open and free from any suspicion. Hundreds of competent,
honest, impartial people carefully examined every aspect of the machine,
looking specifically for the slightest sign of fraud,
and none was ever found.
There was a man in the wheel
If we reject the theory that external power drove the machine,
we must conclude that its rotation was due to some source of power
inside the wheel itself. What was that source?
The most obvious answer is that there was a man in it. Either
straddling the axle or sitting in some sort of saddle, he could
have easily provided the power to rotate the wheel and perform the work
through a peddle gear or directly, as in a treadmill.
This solution, however, poses more problems than it solves. The early
wheels were just a few inches wide and between three and five feet in
diameter. Supposing there was a man or child in the larger wheels, it
is unlikely that he could exist for two months in a sealed room during
the Kassel examination and leave no sign of his presence.
The wheel was wound up
Bessler was at one time a clock maker, and from the very beginning people speculated that the wheel
was wound up and driven by an internal clockwork mechanism.
It is true that both weight driven and spring driven clocks have
been made which will go for long periods without rewinding. But it is also
true that the stored power necessarily must be doled out in
such infinitesimal doses that all the moving parts must be kept as
light and frictionless as possible; hence such clocks are incapable of
doing any more work than keeping themselves going.
If we assume that Bessler's largest wheel weighed a few hundred pounds,
it is questionable that enough power could have
been stored inside of it in the form of weights or springs to keep it spinning at a constant speed
for more than fifty days, as it did in the Kassel test.
Even if we grant the possibility of having done so, there are two other problems
with the clockwork theory. The power available would have been so slight that the wheel
certainly could not have done work. When a load was applied to the axle, it would
have slowed down gradually and steadily until it stopped altogether. Instead,
applying a load merely reduced the wheel's constant speed by a few revolutions
It is also hard to imagine how a clockwork mechanism could have delivered enough
power to account for the well documented quick acceleration of the wheel.
With the limited power available, a wound spring would have taken some time,
probably measured in hours, to work up to a speed of 26 revolutions per minute.
In fact, after barely being started with two fingers, the wheel reached that speed in just one turn.
Bessler stored energy in the wheel using some other, newly discovered means
Some suggest that if all of the ordinary explanations fail to
fully answer the Bessler riddle, then perhaps Bessler happened upon
some other discovery far ahead of his time, such as an electric battery.
But such an argument immediately moves the whole issue out from the shadows of
pseudo-science, and into the realm of serious scientific debate. Even if it was not
"Perpetual Motion," perhaps Bessler made an important discovery.
In truth, the only real evidence against Bessler's claims is
the institutionalized, a priori belief
that his machine was impossible.