1.1.1
Introduction:
Can energy be produced without combustion? A simple question, the
answer to which, has profound consequences for the future of mankind
(under the term "combustion", I include both nuclear fission and
fusion, as well as the more conventional forms of combustion).
Owing to the controversy surrounding this subject, rather than
simply diving into the math and physics, I will take the unusual
step of prefacing my paper with a discussion of the historical and
societal underpinnings of this debate. In part 2, we shall build a
solid scientific foundation for the existence of anti-entropic
devices, and in part 3 we shall apply these principals to inductive
kickback generators such as the Tesla and Hendershot devices.
1.1.2
The Man:
In the 19th century, James C. Maxwell, a British scientist,
formulated his now famous set of 4 equations, the first complete
description of electromagnetic interactions. For this contribution,
he is celebrated in physics and history books around the world.
This same gentleman also gave science a daemon. And since the dawn
of the 20th century, scientists the world over have, almost without
exception, vehemently denied the very existence of Maxwell's Daemon.
These denials were not based on any experiment intended to discover
the existence (or lack) of the daemon. Instead the scientists
relied on circular logic, claiming the daemon could not exist,
because it's existence would violate the very law of physics Maxwell
hypothesized his daemon could circumvent.
1.1.3
The Daemon:
For those who have little or no knowledge of Maxwell and his daemon,
we'll start with a simple explanation of how the daemon works.
Imagine a container filled with air, and divided by a thin
partition into two separate compartments (A & B). There is a small
hole in the partition, and an equally small trap door covering the
hole. The hole is just large enough, that when the door is opened,
single air molecules can move through the hole, thereby passing from
one compartment, into the other. Now suppose we have a tiny
intelligent being (the daemon) who opens and closes the door, based
on a simple set of rules:
Over time, compartment B will accumulate a majority of fast moving air molecules, and compartment A will accumulate a majority of slow moving air molecules. In thermodynamic terms, compartment B will become hotter, and compartment A will become colder. In other words, through the actions of the daemon, a temperature difference will arise, where none existed before. It would seem that Maxwell's daemon has just broken the second law of thermodynamics, which states "In any cyclic process, the entropy (disorder) must either increase or remain the same".
1.1.4
Scientists, Experiments, Laws, and Theories:
Newton's _____ of gravitation. Einstein's ______ of relativity.
Fill in the blanks please. According to Google, there are 34,900
web pages listed for "Newton's law" of gravity, and 7,580 web pages
listed for "Newton's theory" of gravity. Again, according to
Google, there are 44,300 web pages listed for "Einstein's theory" of
relativity, and only 869 web pages listed for "Einstein's law" of
relativity. Why is it "Newton's Law", but "Einstein's Theory"? Is
Newton's law any more valid than Einstein's theory? Just the
opposite is true. Einstein's theory of relativity is a more
accurate description of physical reality, than Newton's so called
law of gravity. The dichotomy arises because humans have a built in
bias or predisposition as to what they expect, based on their past
experience. What Newton described is what most humans experience AS
reality. What Einstein described is counter intuitive, and NOT at
all what most humans experience AS reality. Scientists being human,
are also subject to predisposition in their outlook. A classic
example is the Michelson-Morley aether drift experiments of the
early 20th century. The experiments were conducted many times, over
a number of years, using ever more complex apparatus, always with a
negative outcome, until Michelson & Morley were finally forced to
the conclusion that aether drift did not exist. A result in direct
contradiction to what they expected, and what was widely believed by
most scientists of the time. In many respects, the controversy
surrounding the so called second law of thermodynamics parallels the
aether drift, in that a majority of contemporary scientists believe
it to be absolute, and therefore unbreakable. The simple truth is
that ALL scientific principals are theories, NOT laws, and therefore
subject to revision at any time, based solely on experimental
results.
1.2.1
Harnessing the Daemon:
In the 19th century world of James C. Maxwell, a daemon was the only
imaginable entity capable of the feats he envisioned. Today, at the
dawn of the 21st century, most people own coffee pots and alarm
clocks with more innate intelligence than Maxwell's Daemon.
Further, most industrialized nations have manufacturing facilities
capable of fabricating devices on a molecular scale. Can we of the
21st century build a daemon as Maxwell envisioned? Unlikely, for a
whole host of reasons. However, this inability does not, in and of
it self, invalidate Maxwell's hypothesis. Lets rephrase the
question. Can we construct a device that will act as a one way trap
door accumulator/coherer of heat (thermal energy)? The answer is a
resounding YES. A laser is just such a device. A photovoltaic
solar cell is another device. A laser converts incoherent (random)
energy into coherent (ordered) energy, and in doing so, raises the
effective temperature of the output beam well beyond even the
temperature of the Sun. The mechanism that creates this daemon like
energy trap door, is called a population inversion, and will be
discussed at length in the second part of this paper. Next,
consider a photovoltaic cell. It converts Sun light (disordered
energy) directly into a flow of electric current (ordered energy).
Again, a daemon like one way energy trap door is involved in the
conversion process. A photovoltaic cell is nothing more than a
solid state rectifier (generally made of silicon) that has been
optimized to collect light. ALL solid state rectifiers will, to
varying degrees, cohere both light and heat. In the case of heat,
the phenomena is called thermal carrier injection or thermal
tunneling, and results in what is known as shot noise. In most
applications, this phenomena is considered detrimental, and is
minimized by device design.
1.2.2
The Anti-Daemonic Rebuttal:
Those that would argue against the existence of Maxwell's Daemon
will be quick to point out that examples cited in 1.2.1 while
appearing to break the second law locally, do indeed obey the law
globally. They will say yes, entropy is lowered locally by the
photovoltaic cell, but this is more than offset by the increase of
entropy in the Sun, created by nuclear fusion. In other words, they
would redraw the boundary of the experiment to include the Sun,
thereby avoiding any paradox between their view point and the
experimental result. In the case of the laser, a similar redrawing
of the boundary to include the power plant supplying the laser
alleviates the paradox. All fine and good, however… Why not adopt
the same redefinition of boundary with respect to Maxwell's original
daemon hypothesis? Where did the kinetic (thermal) energy of the
air molecules residing in the container (1.1.3) come from in the
first place, if not from the Sun? Is this reluctance to acknowledge
the existence of Maxwell's Daemon, another example of scientific
predisposition? (1.1.4)
1.2.3
Conclusions:
That working examples of anti-entropic devices already exist
(1.2.1). That these devices make use of natural or engineered "trap
door" phenomena identical in concept to Maxwell's original daemon
hypothesis (1.1.3 & 1.2.1). That any anti-entropic device may be
made fully compliant with the second law (theory) of thermodynamics
by the simple expedient of redefining the experiment boundary
(1.2.2). That scientists, being human, are subject to the same
predispositions of view point as any other human (1.1.4). There are
NO scientific laws, only theories to which, an experimental counter
example, has yet to be discovered (1.1.4).
End.
Magneto Thermodynamics - Part 1
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