Robert W. Style

The paper introduces susceptibility as a measure of how biomolecular condensates respond to solute perturbations, showing large variations in response across different condensates and solutes.

This paper develops two complementary multiphoton-based biofabrication tools to create tunable hydrogel curvatures for epithelial tissue engineering, showing enhanced cytoskeletal organization and cell shape formation.

The paper shows that adding small molecules to biomolecular condensates reduces their partition coefficients to physiological levels, revealing changes in their material properties and behavior.

This study shows that weakly adhered giant unilamellar vesicles can be deflated to small volumes, and uses shape analysis to determine mechanical parameters related to membrane behavior.

The paper investigates freeze-thaw embolism and freezing spread in young Liriodendron tulipifera leaves, finding that both ice and air contribute to leaf death, influenced by vein architecture.

This paper develops tunable macroporous hydrogels via phase separation for cell culture, showing improved cell spreading and migration in porous systems.