Dynamical entropy control and macroscopic phase separation in strongly correlated soft materials

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We have carried out theoretical analysis and numerical simulations of mesoscopic domain formation and its kinetics in block copolymers. Phase separation competing with chemical reactions in also studied. In this case, periodic domain structures undergo a coherent propagation The subjects which we have investigated are listed as follows(1)structural transitions of mesophases in block copolymer melts. We have applied the mode expansion method to study the kinetics of transitions which involve so called gyroid structure(2)ordering dynamics of rod-coil copolymers where the elastic interaction in rod-rich domains plays a crucial role.(3)domains dynamics of reactive phase separating system, in which a Hopf bifurcation appears by changing the parameters. As a result, coherent motion of periodic domains emerges. This is the first step of the fusion of physics of soft materials and physics for from equilibrium.