… By removing the effects of geometric frustration, we … frustration, even in the absence of
geometric frustration, can induce short-range fivefold symmetric order that impedes crystallization. …

… glass depending on the strength of the frustration, whereas the models based on internal …
stronger frustration against crystallization, ie, larger Δ becomes stronger and has a better glass-…

… frustration is a key concept for understanding glass transitions in a variety of systems (3). For
example, crystallization in metallic glasses … induced by geometric frustration may hinder long…

… glasses is therefore concerned with the practical aspect of how to avoid crystallization and
instead obtain a glass. … an example of inhibited crystallization due to topological frustration. …

… Here we consider a crystallization mechanism that is always present when a glass former
is … Next, we consider the statistics of nucleation in the KA glass former. From the ten runs we …

… a critical geometrical frustration marks the so-called “ideal” glass transition that is … frustrated
solid states and noncrystalline solid states, that occurs at the Kauzmann point (“ideal” glass …

… crystallize (or the formation of quasicrystals) 6,12 , and some two-dimensional (2d) systems
with tuneable frustration have been used to study glass … crystallization is very different 15,16 . …

… , 2D/(1D+1t), frustration of ground states becomes possible for … In the case of crystalline solid
states, the relevant frustration … The most well-known manifestation of geometrical frustration …

… While decreasing the temperature of crystallization usually results in a lower free energy …
for glass-forming alloys as the temperature of crystallization approaches the glass transition. For …

… is not present at the level of ground state, but a “dynamical” frustration present in finite-…
produce a glass phase. In the context of geometrically frustrated magnets, the possibility of a glass …