Published: January 10, 2013Received: September 21, 2012Released on J-STAGE: January 23, 2013Accepted: October 11, 2012
Advance online publication: -
Revised: -
Correction information
Date of correction: January 15, 2015Reason for correction: -Correction: ArticleDetails: -
We review our recent numerical simulation result that 48/64 hard spheres per unit cell on the gyroid surface are self-organized by the Alder-transition mechanism. Striking evidence of entropy-driven ordering is obtained in terms of the acceptance ratio of Monte Carlo moves and order parameters. The regular tessellations of the spheres on the triply periodic minimal surface can be viewed as hyperbolic tilings on the Poincaré disc.
