Minimal Complexity Problem in Prey Detection by the Sand Scorpion
Angstrom, arachnids, beetle, compression waves, Darwinian theory, Fundamentals of Physics, hydrogen atom, Intelligent Design, Irreducible Complexity, Life Sciences, minimal-complexity problem, Mojave Desert, Oregon State University, Philip H. Brownell, Physics, Earth & Space, pincers, propagation speed, Rayleigh waves, sand scorpion, science, scorpion, sensors
The scorpion can detect tiny vibrations, of order 1 Angstrom (the size of a hydrogen atom) in amplitude, that emanate from its prey. Source