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We present Monte Carlo simulations under constant NVT conditions on a minimalthree beads coarse grained implicit solvent model of lipid molecules, with thehydrophilic head represented by one bead and the hydrophobic tail representedby two beads. We consider two lipids, one with the head and tail bead sizesequal and the other with the tail beads smaller than the head. When cooled tothe ambient temperature from an initial isotropic phase at high temperature,the first lipid transforms spontaneously to a lamellar phase while the secondlipid transforms to a micellar phase, showing the crucial role of the head andtail size ratio on lipid phases.

Phase Transitions In An Implicit Solvent Minimal Model Of Lipids: Role Of Head-Tail Size Ratio