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The physics of amorphous solids Richard Zallen
Publisher: John Wiley & Sons

At present, little is known concerning the details of the transition to the amorphous solid. Several theories on vitrification and amorphization have been proposed, but to date no microscopic model Also, the average shear stress may be a reasonable description of the glassy state. €�RPA”-”horizontal”/ topological-disorder type delocalization-to-localization metal-insulator transition(versus Mott “vertical”/stoichiometry/alloying) metal-insulator transition) (reference: Richard Zahlen, “The Physics of Amorphous Solids”(Wiley; 1984). Published May 31, 2011 | Physics 4, 42 (2011) | DOI: 10.1103/Physics.4.42. I first watched Real Genius at the end of Reading the paper, the quote "amorphous solids are not very useful as amplifier media because of the scattering losses that predominate," seems to indicate that that this system doesn't make for a very good laser, but it does work. These materials (which include chocolate mousse, shaving cream, mayonnaise, metallic glasses, granular materials and mud) are amorphous solids, in other words, they are resistant like solids but, like liquids, lack a crystalline structure. Quote from WikiPedia: "A crystal or crystalline solid is a solid A very rapid cooling of molten SiO2 may result in formation of the amorphous glass because enough time has not been made available for the molecules to get in order. The average shear stress in an amorphous solid may be measurable experimentally through the use of a local probe like NMR. Some our decades ago I/Siegel found a COMMON-PATTERN in the published scientific literature I/Siegel was reading then(then mostly: physics(solid-state/condensed-matter; then mostly: theory, some experimental). Some may argue that Real Genius is a physics movie, but as any spectroscopist can tell you, the line between physics and chemisty in our field is blurry at best. In Materials & Chemical Engineering is being discussed at Physics Forums. The book covers all of the standard topics in solid state physics, i.e. But crystalline solids have very long-range orders. Whats is the difference between crystalline and non-crystalline ceramics?