| dc.description.abstract | Self-assembly of polyhedral-shaped particles have attracted huge interest with the advent
of new synthesis methods to realize these faceted particles in the lab. Recent studies
have shown that polyhedral particles exhibit rich phase behavior by excluded volume interactions
alone. Some of these particles are alleged to show a transition to a glass phase
by quenching the liquid sufficiently fast beyond the glass transition (supercooling) such
that the formation of structures with long-range order is suppressed. Despite the recent
progress, no study has been made on the glass formation of polyhedral-shaped particles.
Here we study the glassy behavior of polyhedral particles using advanced Monte Carlo
methods. In the ?first part of this thesis the formation of glass by mono-disperse polyhedral
particles, namely octahedra, tetrahedra and triangular cupola are discussed. At the end,
the fragility of these particles is calculated and compared with that of other systems.
In the second part of this thesis we performed preliminary calculations on binary
mixtures of polyhedral particles. Possible candidate crystal structures are studied using
the floppy box Monte Carlo method. | |
