Hyun Youk

The paper discovers that differentiating murine ES cells communicate over millimeters to form a macroscopic entity that survives if its population density exceeds a threshold.

The paper shows that ROS and gene-expression dynamics set limits on yeast cell cycle progression at near-freezing temperatures.

The paper shows that yeast spores age by gradually losing gene-expressing ability, leading to death when this ability is irreversibly lost.

This study shows that yeast populations can survive high temperatures by cooperatively secreting antioxidants, delaying extinction and altering growth dynamics based on population density.

The paper develops a simulation tool to study how cells self-organize dynamic spatial patterns through cellular communication, identifying core architectures and a three-stage process.