White: spin up.
Black: spin down.
Red: spin ill-defined.
Green: background.
m: intensive magnetization.
e: intensive energy.
Suggestion 1: periodically and quasi-statically vary H (e.g. with keyboard arrows) --> hysteresis cycle.
Suggestion 2: quickly vary H at low T --> nucleation and growth.
Suggestion 3: quickly decrease T below 2.269 while H=0 --> spinodal decomposition.
Suggestion 4: set T<2.269 and H=0 and reduce at minimum the size L --> flip flop.
Inspired by Lorenzo Rovigatti's web app and Nils Berglund's YouTube channel.
IDEE: Usa algoritmo a cluster per basse T. Implementa condizioni libere/fisse al bordo.
Suggestion 1: periodically and quasi-statically vary H (e.g. with keyboard arrows) --> hysteresis cycle.
Suggestion 2: quickly vary H at low T --> nucleation and growth.
Suggestion 3: quickly decrease T below 2.269 while H=0 --> spinodal decomposition.
Suggestion 4: set T<2.269 and H=0 and reduce at minimum the size L --> flip flop.
Inspired by Lorenzo Rovigatti's web app and Nils Berglund's YouTube channel.
IDEE: Usa algoritmo a cluster per basse T. Implementa condizioni libere/fisse al bordo.