Keely
"That tuning forks can be so constructed as to show coincident or concordant association with each other, is but a very weak illustration of the fact which governs pure acoustic assimilation. The best only approach a condition of about a fortieth, as regards pure attractive and propulsive receptiveness. By differentiating them to concordant thirds, they induce a condition of molecular bombardment between themselves, by alternate changes of long and short waves of sympathy. Bells rung in vacuo liberate the same number of corpuscles, at the same velocity as those surrounded by a normal atmosphere, and hence the same acoustic force attending them, but are inaudible from the fact that, in vacuo, the molecular volume is reduced. Every gaseous molecule is a resonator of itself, and is sensitive to any and all sounds induced, whether accordant or discordant." [attractive and propulsive receptiveness] [Snell Manuscript - The Book, GRADUATION OF MACHINES, page 5]

See Also

---

14.32 - Law of Assimilation
acoustic assimilation
Angles of Assimilation
assimilation
assimilative
assimilative action
chemical assimilation
concordant assimilative harmony
digest
digestive
digestive process
gravital assimilation
Inter-molecular assimilation
Law of Assimilation
Law of Assimilation - Examples
Law of Concordant Assimilatie Harmony
Law of Concordant Assimilative Harmony
order of assimilation
sympathetic assimilation
two poles of assimilation