Justin Pye

Two simultaneous mechanisms causing glass transition temperature reductions in high molecular weight freestanding polymer films as measured by transmission ellipsometry.

Physical Aging in Ultrathin Polystyrene Films: Evidence of a Gradient in Dynamics at the Free Surface and Its Connection to the Glass Transition Temperature Reductions

Physical Aging of Polymer Films Quenched and Measured Free-Standing via Ellipsometry: Controlling Stress Imparted by Thermal Expansion Mismatch between Film and Support

Above, below, and in‐between the two glass transitions of ultrathin free‐standing polystyrene films: Thermal expansion coefficient and physical aging

Effect of Adjacent Rubbery Layers on the Physical Aging of Glassy Polymers

Correlating glass transition and physical aging in thin polymer films

Precursors to Molecular Slip on Smooth Hydrophobic Surfaces

The Contaminating Effects of the One Percent

No-slip and anomalous behavior at the liquid/solid interface

Liquid ``Coffee Rings'' and the Spreading of Volatile Liquid Mixtures