Atomist theorists, by contrast, accept the void and take the particles or corpuscles comprising compound bodies to be indivisible, or at least probably so.
The notion of simplicity implicit here is introduced late in DG where in book II Aristotle claims that "All the compound bodies … are composed of all the simple bodies" (334b31).
Since the claim that observable bodies are made up of particles is central to the corpuscular hypothesis, an immediate question for its proponents asks how the particles cohere into compound bodies.
On the other are those who suppose that matter is composed of tiny, unchangeable particles separated by void spaces, and explain qualitative change as produced only in compound bodies, by rearrangement of the particles alone.
The problem for atomist versions of the corpuscular hypothesis is that the restricted set of properties that they allow the particles —size, shape, and motion provides no obvious resources for explaining how the particles cohere with one another to form compound bodies.
In Gaza City's main security compound, bodies of more than a dozen uniformed Hamas police lay on the ground.
Inclusions resemble the "compound bodies" reported in MLIV patients and are detectable in the embryonic mouse brain.
At the cellular level MLIV results in the formation of abundant electron-dense inclusions composed of lipid-like (lamellated) and polysaccharide-like (granular) material, referred to as "compound bodies" [ 9, 10].
Because the CHDS was conducted during the 1960's, a time of peak production and use of these compounds, body burdens were higher than those found in recent general population studies in western countries [ 17, 18], yet lower than some current highly-exposed populations [ 19, 20].
