@hammersklavier,
Going along the same lines I began with in my initial post, I realized that
phonemes (the basic sonic units of language) have much the same role that
particles do in electromagnetic energy; that is,
a phoneme is a sound particle.
Now, the problem we always have with the wave-particle duality is that it seems like although we can make a particle a wave (think thermonuclear explosion) we cannot make a wave a particle; this leads us to ask, if what is is both waves and particles (and QM certainly seems to imply it is), how did the particles form in the first place? Reflecting that phonemes in language seem to have a particle-like nature in the waveform that is sound, and that a phoneme is, in fact, basically a chunk of the wave, we can resolve the wave-particle duality thus:
particles are finite portions of the infinite wave of electromagnetic energy, and thus do particles (as phonemes) exhibit the same characteristics: many particles seem to form a wave, but the wave is inherent in every particle (that is, if you can resolve a particle enough, you'd wind up seeing the wave...think superstrings). So sight and sound are not so different after all, sight being predicated on electromagnetic waves and sound on sonic waves, but rather two different expressions of the same ultimate cause: that waves tend to coalesce (think about the nature of ocean waves as they crest) and this coalescing produces what we perceive as matter (sight) and sound.