Weapons Systems in an Age of High Technology: Nothing is Hidden.

10 January 2012


Zeppelin-Staaken r.vi

Recently I have become fascinated by the development of early bombers during the First World War. Driven by the exigencies of the world’s first large-scale industrialized war (the Russo-Japanese War was an industrialized war, but not on the scale of the First World War), aircraft developed rapidly. I have focused on the same rapidity of technological development previously emphasizing the modernity of weapons systems during the Second World War. In The Dialectic of Stalemate I wrote:

“When the Second World War ended, there were operable jet fighters, ballistic missiles, electronic computers, and atomic weapons. None of these existed when the war began.”

True enough, but the essential ideas behind these weapons systems were already in play. An idea can be implemented in any number of ways (admittedly some more efficacious than others), and exactly how an idea is implemented is a matter of technology and engineering — in other words, implementation is an accident of history. As soon as the idea has its initial implementation, we are clever enough to usually see the implications of that idea rather quickly, and thus technology is driven to keep up with the intrinsic potentiality of the idea.

Once the proof of concept of heavier-than-air flight was realized, the rest fell into place like pieces of a puzzle. Aircraft would be armed; they would seek to destroy other aircraft, and prevent themselves from being destroyed; and they would seek to destroy targets on the ground. Hence the idea of aircraft in warfare rapidly moves to fighters and bombers. The pictures above are of the Zeppelin-Staaken r.vi — not the first enclosed bomber, but among the first (the Russians, I believe, made the first enclosed bomber, the Sikorsky Ilya Muromets).

The Zeppelin-Staaken r.vi was an enormous craft with a wingspan almost equal to that of a B-29 and a crew of many men. In fact, these early German bombers were called Riesenflugzeug (or R-planes) — gigantic aircraft. An early testimonial from a Zeppelin-Staaken r.vi crew member vividly conveys the sense of flying the R-planes:

“Inside the fuselage the pale glow of dim lights outlined the chart table, the wireless equipment, and the instrument panel. Under us, the black abyss.”

Trenches: Battleground WWI, episode 5, “Fight On, Fly On”

The technology and engineering of flight during the First World War was not sufficiently advanced to make a decisive strategic difference, but they had the idea of what was possible, and they attempted to put it into practice. The idea of bombers, coordinated by radio, executing a strategic precision airstrike was already present during the First World War.

During the Second World War, the technology had advanced to the point that strategic bombing was decisive, and, in fact, it was at one point the only possible war that the UK could wage against Germany. The evolutionary development continues to the present day. Contemporary precision munitions are finally beginning to converge on true precision air strikes that were first imagined (and attempted) during the First World War.

The point here is that, once the idea is in place, the rest is mere technology and engineering — in other words, implementation. The corollary of the essential idea coupled with with contingent implementation is the fact that the wars of industrial-technological civilization, there are no secrets.

William Langewiesche in his book Atomic Bazaar: The Rise of the Nuclear Poor emphasized that the early atomic scientists knew that there were no “secrets” per se, because the atomic bomb was the result of science, and anyone who would engage in science, technology, and engineering on a sufficiently large scale can build a nuclear weapon.

This thesis should be generalized and extrapolated beyond the science of nuclear weapons. Precision munitions, aviation, targeting, and all the familiar line items of a current military budget are refined and perfected by science and technology. For all practical purposes, all war has become science, and science is no secret. Any sufficiently diligent and well-funded people can produce a body of scientific knowledge that could be put into practice building weapons systems.

One might suppose, from the regimes of state security that have become so prevalent, that secrecy is of the essence of technological warfare. While this impression is encouraged, it is false. Secrecy is no more central to competition in technological warfare than it is central to industrial competition. That is to say, secrecy has a role to play, but the role that secrecy plays is not quite the role that official secrecy claims might lead one to believe.

Wittgenstein in his later work — no less pregnantly aphoristic than the Tractatus — said that nothing is hidden. And so it is in the age of industrial-technological civilization: Nothing is hidden. Everything is, in principle, out in the open and available for public inspection. This is the very essence of science, for science progresses through the repeatability of its results. That is to say, science is essentially an iterative enterprise.

Wittgenstein also said in his later period that philosophy leaves the world as it is. That is to say, philosophy is is no sense revolutionary. And so too with the philosophy of war, which in its practical application is strategic doctrine: strategic doctrine leaves the world as it is.

The perennial verities of war remain. These are largely untouched by technology, because all parties to modern, scientific war have essentially the same technology, so that they fight on the same level. Military powers contending for victory seek technological advantages when and where they can get them, but these advantages are always marginal and temporary. Soon the adversary has the same science, and soon after that the same technology.

The true struggle is the struggle of ideas — the struggle of mind against mind, contending to formulate the decisive idea first. As I said above, once the idea is in place, everything else follows from the idea. But it is the idea that is the necessary condition of all that follows.

War, then, is simply the war of ideas.

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Grand Strategy Annex

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