# Amazing Stories/Volume 03/Number 5

August 1928; Skip ads
Follow this Man!
Secret Service Operator 38 Is on the Job
Follow him through all the excitement of his chase of the counterfeit gang. See how a crafty operator works. Telltale finger prints on the lamp stand in the murdered girl’s room! The detective’s cigarette case is handled by the unsuspecting gangster and a great mystery is solved. Better than fiction. It’s true, every word of it. No obligation. Just send the coupon.
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Coyne Students Learning . . . on Actual Machinery
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| Is earned by Many in Electricity See those fellows working away on real live electrical machinery? They’re learning to earn $60 to $200 a week. In a short time their services will be in big demand. They’ll step right out and get big jobs. Not one of them will have to worry about small pay checks—lay offs—or shudder at losing their jobs. They’ll be in that great fascinating electrical profession of unlimited opportunity— where a wonderful future is assured. You can do the same. It's the sure, quick, amazingly easy short cut to big salaries. You don’t need advanced education or any previous experience. You learn by doing—not by correspondence. You can earn while you learn. My Employment Department will assist you in getting part-time work. Free Employment Service when you graduate—and from then on Coyne backs you for life. | H.C. Lewis President | Railroad Fare Allowed— I’ll allow you railroad fare to Chicago and give you special Courses—Radio and Automotive—without extra charge. |
| Is earned by Many in Electricity See those fellows working away on real live electrical machinery? They’re learning to earn $60 to $200 a week. In a short time their services will be in big demand. They’ll step right out and get big jobs. Not one of them will have to worry about small pay checks—lay offs—or shudder at losing their jobs. They’ll be in that great fascinating electrical profession of unlimited opportunity— where a wonderful future is assured. You can do the same. It's the sure, quick, amazingly easy short cut to big salaries. You don’t need advanced education or any previous experience. You learn by doing—not by correspondence. You can earn while you learn. My Employment Department will assist you in getting part-time work. Free Employment Service when you graduate—and from then on Coyne backs you for life. | Send for Big Book Free I’ve got a big 56-page book, “The Book of Big Pay Facts.” Get your copy now—fill in the coupon this minute. It’s absolutely free—So act at once. Don’ wait! | Railroad Fare Allowed— I’ll allow you railroad fare to Chicago and give you special Courses—Radio and Automotive—without extra charge. |
| My Course Includes Training in Aeroplane Electricity Coyne Electrical School H. C. Lewis, President—Founded 1899 500 S. Paulina St., Dept. C-802 Chicago, Ill. | Mr. H. C. Lewls, Pres., Coyne Electrical School, Dept. C-802 500 So. Paulina St., Chicago, Ill., Dear Mr. Lewis: Without obligation, send me your big free catalog and all details of Employment Service, Radio and Automotive Courses and how many “earn while learning.” Also tell me about your railroad fare offer. Name Address City State | Mr. H. C. Lewls, Pres., Coyne Electrical School, Dept. C-802 500 So. Paulina St., Chicago, Ill., Dear Mr. Lewis: Without obligation, send me your big free catalog and all details of Employment Service, Radio and Automotive Courses and how many “earn while learning.” Also tell me about your railroad fare offer. Name Address City State |
Editorial & General Offices: 230 Fifth Ave., New York City Published by Experimenter Publishing Company, Inc. H. Gernsback, Pres,; S. Gernsback, Treas.; C. E. Rosenfelt, Sec’y Publishers of Science & Invention, Radio News, Radio Listeners’ Guide, Tidbits, Amazing Stories Quarterly, Your Body Owners of Broadcast Station WRNY
| In Our August Issue: The Skylark of Space (A Serial in Three Parts) Part I By Edward Elmer Smith, in collaboration with Lee Hawkins Garby 390   The Head By Joe Kleier 418   Armageddon—2419 By Philip Francis Nowlan 422   Hicks’ Inventions with a Kick The Perambulating Home By Henry Hugh Simmons 450   The Moth By H. G. Wells 461 Our Cover this month depicts a scene from the first instalment in this issue of the story entitled The Skylark of Space, by Edward Elmer Smith and Lee Hawkins Garby, in which the scientist, who has discovered a chemical substance for the liberation of intra-atomic energy is making his initial tests, preparatory to his interplanetary flight by means of this liberated energy, which makes possible his interstellar space-flyer. | In Our Next Issue: The Ambassador from Mars, by Harl Vincent. For a true prophetic gem, this story can’t be beat. If some means of interplanetary travel could be devised sometime, what would be the method of communication between, say Mars and the Earth. Obviously the spoken word will not be possible. The dot and dash system on the other hand, seems illogical, because we have no basis of contact. The author suggests a very logical plan. The Invisible Bubble, by Kirk Meadowcroft. If you know anything about the ultimate stage of matter, this story will seem quite plausible to you. At any rate, it contains a good bit of science and an ingenious idea, beautifully worked out. The Skylark of space, by Edward Elmer Smith, in collaboration with Lee Hawkins Garby. (A Serial in Three Parts) Part II. In this instalment, the opposition carries out some of its nefarious plans, but having been prepared, the builders of the Skylark follow a series of startling adventures in interstellar space and then on another planet are told. The instalment not only retains its high degree of interest, it becomes increasingly facinating with each chapter and explains many things. The Voyage to Kemptonia, by E. M. Scott. Certain irregularities of our moon’ motion have led some of our astronomers to believe that there is another body—small, to be sure—between the earth and the moon. Around the idea of this extra-terrestrial body is woven an absorbing tale of unusual interest. And others. |
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| Amazing Stories is published on the 5th of each preceding month. There are 12 months per year. Subscription price is $2.50 a year in U. S. and possessions. Canada and foreign countries $3.00 a year U. S. coin as well as U. S. stamps accepted (no foreign coin or stamps). Single copies, 25 cents each. All communications and contributions to this journal should be addressed to Editor Amazing Stories, 230 Fifth Ave., New York, N. Y. Unaccepted contributions cannot be returned unless full postage is included. Publishers are not responsible for Mss. lost. All accepted contributions are paid for on publication. Amazing Stories Monthly. Entered as second class matter March 10, 1926, by the Post Office at New York, N. Y. under the act of March 3, 1879. Title Registered U. S. Patent Office. Copyright, 1927, by E. P. Co., Inc., New York. The text and illustrations of this magazine are copyrighted and must not be reproduced without giving full credit to the publication. Amazing Stories is for sale at newsstands in the United States and Canada. European Agents, S. J. Wise Et Cie, 40 Place Vert, Antwerp, Belgium. Printed in U. S. A. General Advertising Dept., 230 Fifth Avenue, New York City. ||
Chapters (not listed in original)
    Editorial
    Discussions
| Volume 3 | The Magazine of Scientifiction | August, 1928 No. 5 |
| Hugo Gernsback, Editor Dr. T. O’Connor Sloane, Ph.D. Associate Editor | Wilbur C. Whitehead, Literary Editor C. A. Brandt, Literary Editor |
Editorial and General Offices: 230 Fifth Avenue, New York, N. Y.
The Amazing Unknown
By Hugo Gernsback
n a world wherein we pride ourselves that we know practically everything that is to be known it is astounding to find the tremendous amount of big voids of which we have not even the slightest conception. Our libraries, our text books and other books of instruction are full of the finite and tangible things, but you will find comparatively few books that tell you about the great world of the unknowns.
There is, for instance, one class of unknowns which probably will remain unknown and not understood for centuries and eons to come. We talk glibly about electricity, light, heat, gravitation, and hundreds of other subjects. Yet, all of these subjects are really unknown to us. By means of our senses, we can keep in touch with these things through the impressions that they give us, but beyond that, there is the great abyss of the unknown, for we do not know what electricity is; we do not know what light is, in their ultimate states, and there is practically nothing in the entire world that surrounds us, that we know anything about at all. You can pick up almost any object; you can look at almost any thing, alive or dead, or inanimate, and you will know nothing at all about it. You can pick up a pebble, and a chemist may tell you its chemical formula and what it is made of, but beyond that he knows nothing. He will tell you about its protons and electrons, atoms, molecules, that constitute the parts of the pebble, but he will not be able to tell you what holds the particles together, and he has only the vaguest ideas what the ultimate constitution of the pebble is.
As a matter of fact, when it comes to matter, we know nothing at all about it. It is a great unknown to us. Some scientists hold that matter is only another word for force and energy, but these, at best, are only meaningless terms—a handle for our ignorance. We look at the simplest of plants; a blade of grass that we see grow, and no scientist in the whole world can tell you exactly what makes it grow, and why it does grow, and why it is alive in comparison to the pebble, which is dead and lifeless. I need hardly touch upon the unknown properties of life, which have puzzled humanity ever since the dawn of reasoning. We have not the slightest conception just what life is; what it is composed of, and what the mysterious forces are that distinguish life from lifeless matter.
Unfortunately for us, we have only five senses, and these five senses are wholly inadequate to properly gauge our surroundings. Perhaps if we had twenty or thirty different senses, we would know more about the world in which we live, but even then, we would not know all about it, For instance, we have no sense at all when it comes to grasping the infinite; the best we can do is to start shuddering. If we keep on thinking long enough about the infinite, we become inmates for an insane asylum. Thus there is the infinity of time and of space, and of everything else. We believe that the thing we call, arbitrarily, time, cannot have a beginning, logically, and cannot have an end. You can destroy the entire universe, and still, something must be going on thereafter. It is the same with space. We believe that no matter how far we go out into space, there can be no end. No matter in what direction you go, it will be endless. But what is endless? No one knows.
Immediately the brain starts reeling if you give this serious. consideration and dwell upon it for any great length of time. Perhaps there is a good answer to all this, if we had a sense to interpret it correctly, but it is simply another of the great unknowns which we probably will never comprehend.
Then there are all sorts of vibrations around us that we only dimly realize. For us they belong to the great unknown. X-rays, so far, are the highest in the vibration spectrum. These rays vibrate at the enormous rapidity of from 288,230,376,151,711,744 to 2,305,843,009,213,693,952 vibrations per second. There are, however, other vibrations beyond even the X-ray, but nothing is known about these.
Coming nearer home, and to our own bodies, in which one would think everything knowable would be known, we face, perhaps, one of the greatest abysses of the unknowns. We only know a small fraction of a per cent of what is going on in our own bodies. Up to a few centuries ago (William Harvey, 1619), we did not even know that blood circulated in our bodies, but there are thousands of other functions and actions, of which we are totally ignorant. We know very little of the gland functions, and while we can dissect the brain of the human being, only comparatively little is known about it.
An actor or an actress will learn an entire play by heart, never missing a word. A composer or a good musician may know hundreds or even thousands of different musical scores by heart, but we have not the slightest idea how all this works, and what happens in the ultimate inside of our brains to make this possible.
And as concerns the eye, here we have the perfect television apparatus, much more perfect than we can ever hope to construct, for, unlike the photographic camera, we can actually see in different colors. Yet, the eye. is only a photographic camera, except, that it is a much better one than human beings have ever been able to construct. What happens between the eye and the brain that makes us conscious of “seeing?” This belongs in the classification of the great unknown. Nothing at all certain is known about it. It is so with most of our senses, as, for instance, hearing. We hear all sorts of sounds and can distinguish them, but how these are conveyed to our consciousness and what is really meant by the term “hearing,” no one knows.
Then, when it comes to the certain thing that we are pleased to call the human soul, we have not the remotest idea what we mean by it; we don’t even know the seat of the soul. We do not know whether it permeates our entire body; whether it is located in our heart, in our lungs, in our brain or in a certain gland. We simply do not know. Much worse, we do not know what the soul’s function is. We know there is something that distinguishes us from a dog or a lion or a bird, but what that certain something is, we haven’t the faintest idea. It all belongs to the great universe of the unknown.
The list might be extended indefinitely, and perpetually, which should sober us up considerably. Because, when we come right down to it, our understanding of practically everything is so frightfully slight, that we must stand aghast at our colossal ignorance in all directions.
Mr. Hugo Gernsback speaks every Tuesday at 9.30 P. M. from WRNY (326 meters) and 2XAL (30.91 meters) on various scientific subjects.
This work is in the public domain in the United States because it was published in 1928, before the cutoff of January 1, 1930.
This work may be in the public domain in countries and areas with longer native copyright terms that apply the rule of the shorter term to foreign works.
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