THE THEORY AND APPLICATION OF AXIAL ISING-MODELS by Yeomans, J

ANNNI AND CLOCK MODELS by Yeomans, J

Splitting the multiphase point by Yeomans, J

A LOW-TEMPERATURE MEAN-FIELD THEORY OF THE 3-DIMENSIONAL, P-STATE CHIRAL CLOCK MODEL by Yeomans, J

Splitting the multiphase point by Yeomans, J

Active matter: Playful topology. by Yeomans, J

Hydrodynamics of active systems by Yeomans, J

Mesoscale simulations: Lattice Boltzmann and particle algorithms by Yeomans, J

Nature’s engines: active matter by Yeomans, J

Active turbulence in active nematics by Yeomans, J, Thampi, S

CAN LONG-PERIOD PHASES REMAIN STABLE IN THE PRESENCE OF QUENCHED IMPURITIES by Fishman, S, Yeomans, J

UNIVERSALITY OF SURFACE EXPONENTS OF SELF-AVOIDING WALKS ON A MANHATTAN LATTICE by Dequeiroz, S, Yeomans, J

CRITICAL-BEHAVIOR AT THE THETA-POINT OF SELF-AVOIDING WALKS ON A MANHATTAN LATTICE by Dequeiroz, S, Yeomans, J

EXACT SOLUTION FOR THE ADSORPTION TRANSITION OF ROW-CONVEX POLYGONS IN THE LIMIT OF ZERO-AREA FUGACITY by Micheletti, C, Yeomans, J

Shear thinning in dilute polymer solutions. by Ryder, J, Yeomans, J

Dynamics of sliding drops on superhydrophobic surfaces by Dupuis, A, Yeomans, J

Modeling a tethered polymer in Poiseuille flow by Webster, M, Yeomans, J

ADSORPTION TRANSITION OF DIRECTED VESICLES IN 2 DIMENSIONS by Micheletti, C, Yeomans, J

CRITICAL PROPERTIES OF SITE-DILUTED AND BOND-DILUTED ISING FERROMAGNETS by Yeomans, J, Stinchcombe, R

Droplets on patterned substrates: Water off a beetle's back by Dupuis, A, Yeomans, J