March 1948 Radio-Craft
[Table
of Contents]
Wax nostalgic about and learn from the history of early electronics.
See articles from Radio-Craft,
published 1929 - 1953. All copyrights are hereby acknowledged.
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In his 1948 Radio Craft
magazine editorial titled "Radio in the Next War," Hugo Gernsback predicted no fewer
than four major technological milestones. The first two were actually foreseen in
his pre-World War II articles where he wrote of what would become known as
"radar" and the "Handie-Talkie." With war against the Commies in North Korea brewing,
he wrote of both cruise missiles, NORAD, and the concept of
MAD (Mutually Assured Destruction) as it pertained to the U.S. now being the
first to detonate a nuclear weapon henceforth. For more than 70 years the prediction
has held. You need to be a pretty good judge of both technical capabilities and
their developmental timelines, and an equally good judge of human nature with its
instinct for survival to accurately prognosticate as many inventions and political
events as Gernsback managed. That doesn't make him a Nostradamus (who really wasn't
a psychic as many proclaim), but it does make his opinions and visionary writings
worthy of serious consideration.
Radio in the Next War
We Must Prepare Efficient Defenses, Now...
By Hugo Gernsback
Once again it becomes my unpleasant duty to speak of a coming war - the third
time in my life.
Two and a half years after the end of World War II, we find ourselves far from
peace - and we are drifting further away from it every day. I abhor war and all
that goes with it as much as any lover of peace, but I do believe that when the
storm signals are flying - and they are flying unmistakably today - we should heed
them and prepare now.
Perhaps I can do no better than quote some of my former remarks on the subject.
The following are excerpts from my editorial entitled "Short Waves and the Next
War," in Short Wave Craft, October, 1934 issue (five years before World War II):
It is not pleasant to talk about the next war, but all authorities are pretty
well agreed upon the fact that war is with us to stay and that, for many thousands
of years to come, war will be with us. The next large conflict is probably not so
far away as many think, and it behooves us, in view of the circumstances, to look
ahead a bit and see where short waves will fit in during the next struggle. In 1912,
several years before the 1st World War started, I found it necessary to talk in
a similar vein, and I was then mindful of the radio amateur and how he would fit
in with the then coming struggle.
In the World War (I), short waves, as such, were not very well understood. Signaling
was crude because the vacuum tube was still imperfect, and radio was not the precise
science that it is today.
In the future war, short waves will play a tremendous role - especially microwaves
which can be directed like a searchlight.
It will become possible for armies to be in constant touch with each other without
the enemy being able to overhear the signals, for by means of reflectors the waves
will be directed, so that the signals cannot possibly go over into the enemy's camp.
These microwaves, also called "centimeter" waves, are of utmost importance for communication
...
A year later also in Short Wave Craft, November, 1935, under the heading of:
"Short Waves and War," I said:
"The next war will see profound changes in all branches of warfare and one of
the most interesting ones will no doubt be that involving the instrumentality of
short waves. Short Wave Craft has repeatedly chronicled the latest inventions used
in conjunction with short waves. These microwaves appear to pierce fog and even
clouds, and work along optical lines. It will be impossible hereafter for an airplane
to hide in the fog and even behind clouds, because the "mystery wave" directed against
it is reflected down to earth where it is used for recording or alarm purposes.
A city, during the next war, will easily be protected against unheralded enemy
aircraft by having a barrage of such microwaves surrounding the entire city, the
action being automatic in such a manner that automatic recording instruments will
immediately sound the alarm when an airplane appears overhead within the confines
of the city. It will be impossible, in the future, for an enemy airplane to get
through such a short-wave barrage. (prediction of
radar)
For communication purposes, between Army units, exceedingly short short-waves
will be used; each battalion will have its own short-wave set, which will be so
small that one man can easily carry it. In this manner it will. be possible to keep
in touch with headquarters all the time." (prediction of
Handie-Talkie)
Let me say at this point, that I am one of the small minority who do not believe
that in the next war the atom bomb will be used. My reasons for this unorthodox
view are simple, and I believe logical:
The United States has the bomb. We will for many decades to come be far ahead
in its development - even when others have it. A technological axiom is that once
you have the know-how of a complex technical process, you will - everything being
equal - stay ahead. This is even truer with the atom bomb, because its technical
intricacies, processes and many other developmental phases have been kept a pretty
well guarded secret.
It can be said with a fair degree of certainty that the U. S. will not use the
atomic bomb first on the enemy. The enemy, knowing that we will have more powerful
A-bombs than he has, and certainly more of them - due to our early start - will
think twice before he uses them on us. He'd have to be far more stupid than we think
he is. Few countries in history have attacked another country which was known to
be stronger and better equipped." (prediction of Mutually Assured Destruction -
MAD)
A parallel from World War II may be apropos. Germany had vast stores of poison
gas, ready to use. During the battle of England, and later during the invasion.
of Normandy, nothing prevented Hitler from using it. But it was never used. Why?
The German war staff knew very well that England and the U. S. would have drenched
every large German city with poison gas in retaliation.
The atom bomb if used first on us, would bring swift and terrible punishment
to the enemy. This is one of the logical reasons why I do not believe that atom
bombs will be used in the next war. There are other equally good reasons, but for
the purpose of this article, we need not go into that phase.
Granted all this, we nevertheless cannot afford to dwell in a fool's paradise.
A city with the best imaginable fire department cannot afford to neglect its far
distant water supply - without it the best fire-fighting force is impotent.
Therefore, having the best atom bomb now, we must safeguard it energetically.
By that is meant, safeguard the country that produces it. I may put it this way:
An atom bomb is not more powerful than the people who guard it.
It is true that in some respects there is - as yet - no defense for the atom
bomb. It is possible for a foreign power to plant time A-Bombs in strategic points
all over the U.S. This, however, is not so simple in practice as it looks. Nor would
the damage done by such bombs be as extensive as those dropped from overhead.
What about A-bombs dropped from V-2-like guided missiles? Again a possibility
- but not for another 10 to 15 years. Certainly not if the missiles come from more
than 1,000 miles away. The art has not progressed so far that a city can be hit
with any degree of certainty from 1,000 miles away, at the present state of long
distance missile development.
What about airplane-dropped A-bombs? This is the more reasonable avenue open
to the enemy, as we ourselves proved at Hiroshima and Nagasaki.
What other means are there? One of the simplest would be via submarine. Special
submarines carrying in their hold one or more A-bombs, could approach our coastal
cities and bombard us by means of small airplanes or guided missiles carried by
the submersibles. All this seems like a good possibility right now. (prediction
of Polaris missile
type)
What then is our first line of defense? Radio, of course. At this moment we are
wide open to an astute enemy - far more than before Pearl Harbor. We have no real
air force - with all that goes with it - to speak of. Says General H. H. Arnold
in a recent article: "Although the Air Force was able to activate 55 of these groups
(of 70 combat groups) by the end of last year, there
are funds to sustain the remaining 15 on a skeleton basis only. The Air Force budget
for 1948 will permit the maintenance of only 40 combat groups-not much better than
half the minimum requirement for the safety of the country."
But during the next war, no air force can wait till the enemy flies over the
U.S. We need - desperately - a far flung net of search radar installations at all
strategic points. (prediction of NORAD)
These are in the following order of urgency:
1. The coast of Alaska. 2. The 60th parallel throughout Canada. 3. Our northern
boundary paralleling all of Canada. 4. Our Atlantic and Pacific coasts.
These radar installations should be of the latest and most efficient design,
and they should be of the automatic recording type. In addition they should all
be synchronized with effective antiaircraft guns. This forces the enemy into the
stratosphere, giving our radar posts a much better time factor for interception
by our own Air Force.
In the two oceans - the Atlantic and the Pacific - our Navy should soon be on
a most effective patrol duty. We probably have sufficient destroyers now for anti-submarine
duty. Again radar - which won us the submarine war against the Germans in World
War II - will be used effectively, even better, with our past experience plus supersonics
and vastly improved instruments, during the next war.
Suppose that the enemy uses atom bombs against us first. There is, of course,
always the possibility that he may. With early, efficient safeguards as outlined
above, it will make his task much more difficult. That some A-bombs will fall on
the U.S. is certain in such a case - that they will create untold havoc too, is
equally certain. But it will only be a fraction of what would be in store for us
without our safeguards and adequate defenses.
How will we retaliate? All of the following is not science-fiction (a term which
I coined): We already have developed long distance planes to fly 5,000 miles without
refueling. We are well ahead in radio guided missiles that can be launched from
the long distance mother planes. Each mother plane can launch several of such radio
guided missiles. These are robots - carry no human crew. They will be launched many
miles from the targets, thus do not endanger the crew of the mother ship which thus
incurs no risk as in flying over the target into antiaircraft fire.
So small are these robot missiles they are most difficult to shoot down. Moreover,
they are now television equipped. By radiotelevision the operator in the mother
ship can actually see the target under the robot-missile and explode its A-bomb
at the exact point and time desired.* (prediction of
cruise missiles)
To further confuse the enemy, if he sends up fighter planes to shoot down the
robots, many of the latter can be dummies - without A-bombs. If for instance three
times as many dummies are used as A-bomb ones, the chances that a greater percentage
of loaded ones will explode over the target are vastly improved.
Thus A-bomb saturation and complete annihilation of the doomed city is certain
- without much loss of life for our side.
All this is technologically feasible today - it is not a future development.
I sincerely hope that this article may serve as a terrible warning to all concerned
- there is still time to turn back the holocaust-clock. But we can no longer afford
to remain unprepared - the isolation era for America is long past. The next Pearl
Harbor may finish us as a nation.
*The idea of a television controlled airplane to drop bombs over a distant target
was first described by me in The Experimenter (November 1924 issue) under the title
of "The Television Controlled Airplane."
Radar is now being used in their work by the Canadian Mounted Police, recent
reports indicate.
Posted January 1, 2024 (updated from original
post on 1/23/2015)
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