Not sure about metaphors. Analogies are useful to a point, but generally break down when terminology is adopted piecemeal. Categories--essential mathematical relationships with applications in various fields--are useful and generally accurate, though formal, and help develop more robust analogies. I fear that military science literature has foregone this step in adopting concepts from other fields.
I wouldn't take that if I were you. Truisms like that are infuriarating, not because they're accurate (this one is a little), but because they're damned unhelpful. True, no one "understands" quantum mechanics--if by that we mean how to completely frame its physical consequences. On the other hand, simply because there are five interpretations doesn't mean that each interpretation is equal, or that it's impossible to fix on the correct one. More importantly, regardless of the underlying physical intuition, you can understand the key results with little more than high school math. The non-relativistic wave equation is a sufficiently complete introduction to QM taught in freshmen chemistry classes in universities across the world.I have been trying to tie this in with quantum physics, which doesn't really help. One quantum physics scientist said, if you say you understand quantum physic, then you don't understand quantum physics. This leaves me at an unfair advantage.
I assume you're talking about a massive particle when you say particle wave, though I'm not sure exactly how you're applying that to "military movement." As I read this, you're saying that such movement can be described by laws of motion or the mechanics of an oscillator. The value in framing the movement of men and materiel this way escapes me, but perhaps we need some more detail as to circumstances in which you apply this model.I actually look at a military movement as a particle-wave, and use my understanding of a particle-wave or electromagnetic radiation, which could be wrong, as the model. The more I read about war and physics the more it looks like I am correct.
It's considerably more than that. Overpressure and heat in any explosion (in an atmosphere) is a convective process, not a radiative one.Of course to me, all a nuke is just an electromagnetic pulse...
Still not following. The frequency of a wave is the product of its speed and the inverse of wavelength. Intensity is a function of frequency (or wavelength) for a given velocity. The power law explicitly diminishes in velocity as frequency increases, so intensity is not guaranteed to increase with it....same thing as an electromagnetic wave, except the frequency (the number of attacks) is in the number of events instead of the length of wave (intensity, more deadly).
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