Below find a more technical tabulation that (having been long involved with electron phase-contrast imaging of atomic lattices) I might attribute to various idea-sets or paradigms for describing atoms and their constituents.
The last row in this table is inspired by the fact that high-resolution transmission-electron-microscope images of thin specimens on size-scales larger than the operating point-resolution can be interpreted as quantitative maps of exit-surface deBroglie phase-shift across the coherence-width of individual electrons. This is an interesting fact about a process that, regardless, is becoming increasingly useful in everyday detective-work on solids at the nano-scale.
Related references:
Louis-Victor de Broglie (1925) Recherches sur la Théorie des Quanta, Ann. de Phys. 10e série, t. III (translation on our blackboard site).
Edwin F. Taylor, Stamatis Vokos, John M. O'Meara, and Nora S. Thornber (Mar/Apr 1998) "Teaching Feynman's Sum Over Paths Quantum Theory", Computers in Physics 12, 190-199, link.
Spence, John C. H. (1988 2nd ed) Experimental high-resolution electron microscopy (Oxford U. Press, NY) ISBN 0195054059.