The Autobiography of an Electron: Wherein the Scientific Ideas of the Present Time Are Explained in an Interesting and Novel FashionGibson, Charles R. (Charles Robert)
Science
The Autobiography of an Electron: Wherein the Scientific Ideas of the Present Time Are Explained in an Interesting and Novel Fashion
Gibson, Charles R. (Charles Robert)
Electricity; Electrons
In communicating through space, our position is very similar to that of
two men shouting to one another over a distance. The one man disturbs
the air, thus sending air-waves (sound) over to his friend, and these
waves produce certain sensations which he can interpret. I should like
you to understand that we electrons are upon a higher plane than atoms
of matter. We cause waves in the all-pervading æther, not among clumsy
particles of air. After these æther waves have travelled enormous
distances they retain sufficient energy to disturb electrons situated at
the distant place.
I shall tell you of the first experience I had in this connection. I
found myself attached to an atom of _nickel_, a kind of atom which looks
to us electrons very much like an iron atom, because it has nearly the
same number of electrons composing it, only they are arranged
differently. But I was telling you that I found myself on this nickel
atom sealed up in a small glass tube. Of course there were myriads of
similar atoms all around me, but I did not feel very happy. I was being
urged forward, and yet I could not get across from some atoms to others,
for the nickel was in the form of loose filings. From past experience I
knew that there was a battery along the line somewhere; I could feel the
strain. All of a sudden I was startled to find that I could move
forward. Exactly what happened, I am not at liberty to tell, but this
much I may say, that it was the arrival of some æther waves which
altered the condition of things among the filings in the tube.
[Illustration: A MOTOR-CAR WITH WIRELESS TELEGRAPH
It has become quite a fashion in America to have motor-cars fitted up
for wireless telegraphy. That the electrons play an important part in
telegraphing through space is explained fully in Chapter X.]
We had just started out on our march forward when we received such a
shaking that we found ourselves in the same isolated positions as at
first; we could not get across from one particle to another. More
æther waves arrived, we made a fresh start, then came another rude
shaking, and so on we went starting and stopping. Indeed, it was the
regularity of these long and short marches that gave me the first idea
that we were being controlled by some telegraph operator. We were amused
to find that the rude shaking, of which I have been telling you, was
caused by the action of some of our fellow-electrons. Some of them in
their march around an electro-magnet in the receiving instrument caused
a little lever to knock against our tube and give us a sudden jolt.
Public-domain text, read in full here on John Shaqi.
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