As you might know, I am a big fan of Edward Leedskalnin of Coral Castle fame. Ed's book was entitled "Magnetic Currents". You can read all about Ed in my book "Electricity - Make it, Don't Buy it" available at http://www.electricitybook.com/ - also in my August newsletter which was on the secrets of Coral Castle. Here is a very interesting article from an old issue of Popular Science which strengthens and upholds Ed's theory that there is such a thing as magnetic current. I find the following article very interesting - especially in light of today's search for a more efficient way to generate cheap hydrogen....
Magic with Magnetism
If
This experimenter is right, his discovery will upset all our accepted ideas on
this familiar force.
by Alden P. Armagnac (Popular Science June 1944)
Can a magnet take water to pieces? No, say physics textbooks. Yes, says Prof.
Felix Ehrenhaft, former director of the Physical Institute at the University of
Vienna, who now carries on his research in New York. If he should turn out to be
right his findings in the realm of magnetism promise practical applications as
far-reaching as the dynamos, motors, transformers telephones, and radio that
have stemmed from Faraday's fundamental research in electricity.
For his
"impossible" experiment, Dr. Ehrenhaft employs the simplest of apparatus. Two
shiny rods of pure Swedish iron, sealed in holes through opposite sides of a
U-shaped tube, resemble a setup familiar to high-school students for breaking up
water into hydrogen and oxygen gases by passing electricity through it. And that
is exactly what would happen if Dr. Ehrenhaft attached electric wires from a
battery to the rods. But he does no such thing.
Instead, he uses the
iron rods as pole pieces, or 'north" and "south" ends, of a magnet - either an
electromagnet or a permanent magnet. Bubbles of gas rise through the twin
columns of acidulated water, to be collected and analyzed. As might be expected,
nearly all of the gas is hydrogen, liberated by a commonplace chemical
interaction between the iron rods and the dilute sulfuric acid, one percent by
volume, in the water. But the phenomenal part of the experiment is that oxygen
also turns up, Dr. Ehrenhaft recently told the American Physical Society. To be
specific, it is found in clearly measurable proportions ranging from two to 12
percent of the total volume of gases. When the gases obtained with a permanent
magnet are separated, the larger proportion of oxygen is found above the north
pole of the magnet. After rigorous precautions - including short-circuiting the
magnet poles with wire, so that the poles will be at the same electric potential
- Dr. Ehrenhaft concludes that there is only one place the oxygen can possibly
come from. And that is from water decomposed with a magnet! Without a magnet,
pure hydrogen is evolved.
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There is an interesting sidelight to this experiment. A strong permanent
magnet of the Alnico type suffers a marked loss of strength - say, 10 percent in
24 hours - after being used to decompose water, Dr. Ehrenhaft observes. In fact,
makers of the magnets, which are supposed to last for years without material
change, have viewed what happens to them with astonishment and dismay. But no
fault lies with their products. Energy from an electric battery is used up in
decomposing water, and it would be only reasonable to expect energy stored up in
a permanent magnet to be drained likewise.
What gives the utmost
significance to the reported feat of breaking up water with a magnet is the
fresh evidence it offers for the existence of "magnetic current," or a flow of
magnetically charged particles, which has been suspected by noted pioneers and
which Dr. Ehrenhaft now maintains he has proved. Confirmation of this amazing
discovery would point to a possible future rival of electric current, perhaps
capable of being harnessed in undreamed-of ways.
Needless to say, the
scientific world will require a whole lot of convincing, since Dr. Ehrenhaft's
conclusions flatly contradict long-established beliefs. As every schoolboy is
taught, a magnet has a north pole and a south pole. Break it in two with a
hammer, and each piece will have a north pole and south pole of its own. No law
forbids you to imagine a magnet with only one pole, and the idea comes in handy
in certain electrical and radio calculations. But as for actual fact, you cannot
have one pole without the other, an experimenter named Peter Peregrinus
believed, he demonstrated it to his satisfaction, using a loadstone, in the year
1269, and prevailing opinion has backed him up ever since. (As we know now, the
loadstone that he floated on a platform in water simply turned until its north
pole faced the south magnetic pole of the earth, and vice versa. It showed no
observable excess of north or of south magnetism - and hence the conclusion that
the two were always equal.)
But would the dictum of "no separate
magnetic poles" still hold true in a far more delicate test - say, if you
substituted
microscopic particles of iron or other magnetic metals, as tiny as
particles of smoke, for the massive chunk of rock that Peregrinus used ? Dr.
Ehrenhaft has tried it. In an air gap between the north and south poles of a
magnet, he sets up what he calls a homogenous magnetic field, that is, with the
lines of magnetic force absolutely parallel. In this field, he finds, the metal
particles move toward the north or south pole, reversing their direction
according to the direction of the magnetic field. On the particles, he
concludes, there must be an excess of north or south magnetic charge. Expanding
the terminology of Faraday, he calls the particles magnetic ions. They are the
single magnetic poles shown at the lower right of the colored drawing. Instead
of bearing plus or minus electric charges, as familiar ions do, they carry north
or south magnetic charges.
Now, just as traveling electric ions form an
electric current, why shouldn't traveling magnetic ions form a magnetic current?
See for yourself another of Dr. Ehrenhaft's startling experiments, and draw your
own conclusions.
This time the heart of the apparatus will be a small
glass cell, fitted as before with pole pieces of pure iron that dip into water
containing one percent of sulphuric acid. An electromagnet, turned on or off at
will energizes the poles. From a projector, a powerful beam of light converges
upon the narrow gap between the pole pieces, and a low-power microscope, mounted
horizontally, reveals what happens there. Adding a camera provides a permanent
record.
You begin with the Magnet turned off. Looking into the eyepiece
of the microscope, you see streams of bubbles rising from both pole pieces. They
are of hydrogen gas, liberated by the same chemical action as in the first
experiment.
Throw the switch that turns on the magnet, and the scene
abruptly changes. Stopped dead in their tracks, some of the bubbles cling to the
pole pieces. Others leave one pole and travel to the other. Dr. Ehrenhaft calls
special attention to bubbles moving downward against their own buoyancy,
impelled by some unseen force stronger than gravity.
Meanwhile a
spectacular phenomenon has been developing - a miniature merry-go-round of gas
bubbles between the faces of the poles and parallel to them. Incapable of being
shown adequately in a time exposure, the effect nevertheless appears plainly as
a white blur, when the upper magnetic pole is given a conical shape for
photographic purposes. Visual observation, shows striking details. If copper
particles, say, have been added to the acidulated water, they will rotate in the
same plane as the hydrogen bubbles, but in the opposite direction. For both, the
speed of the whirligig depends upon the strength of the magnetic field. Reverse
the polarity of the magnet, and each set of particles spins in the opposite
direction.
Here are no wild-eyed theories, but perfectly demonstrable
facts. Any skeptical physicist has a standing invitation to see them with his
own eyes at Dr. Ehrenhaft's laboratory, placed at his disposal in the New York
City quarters of the famous Carl Zeiss optical firm. How to account for the
phenomena remains a challenge to science, unless Dr. Ehrenhaft's conclusions are
to be accepted. See how neatly they would draw an analogy between well-known
electric effects and new-found magnetic effects:
Bubbles or particles
that travel between pole pieces of a magnet behave just as if they were magnetic
ions, or clusters of them - repelled by like magnetic poles, and attracted by
oppositely magnetized poles. This corresponds exactly with the way that
"electric" or ordinary ions interact with positive and negative electrodes. And
as for the ring-around-a-rosy behavior of the hydrogen bubbles and copper
particles, Dr. Ehrenhaft concludes that these are electrically charged particles
- ordinary ions - rotating about a magnetic current. This would be an exact
counterpart of the classical conception that magnetism rotates about a
current-carrying electric conductor.
Now the staggering implications of
Dr. Ehrenhaft's observations begin to unfold. Existence of such a thing as
magnetic current, once established, would pave the way for industries as
gigantic as those that the discovery of electricity led to in its time. A "gold
rush" for practical applications might be expected. Patents for them would
command fabulous sums, since inventions employing magnetic current would be
basic.
What form they may take, no man can foresee, and Dr. Ehrenhaft
cautiously declines to hazard a guess. Yet a visitor to his laboratory cannot
resist the temptation to let his imagination run free. New kinds of motors and
generators? Better ways to transmit power? Transformers that will work on direct
current instead of alternating current? Atom smashers? Radical methods of seeing
things in the dark, and through microscopes and telescopes? Ways to tap power
from the magnetism of the earth itself? And, in your home, substitution of
magnetic current - who ever got a shock from it? - for electric current? Pure
dreams, all of them, today - but some of them, perhaps, realities of 2044.
Before magnetic currents could be put in harness, of course, a myriad of
questions about their behavior remain to be studied and answered. So far, no one
knows whether they can be led through wires, like electric currents, as well as
through conducting liquids. If so, the wires might be of entirely different
materials than the best conductors for electricity. Likewise, the most effective
insulators for magnetic current might be substances totally unlike those used
for electrical insulators. The whole subject offers as vast a field for
pioneering research as electricity did a century ago. And now, as then, an
amateur experimenter puttering in his basement stands as good a chance of making
an epochal discovery as does a distinguished scientists in a great laboratory.
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