GALCIT Colloquium
Guggenheim 133 (Lees-Kubota Lecture Hall)
Unsteadiness: instabilities and fragmentation
L. Bourouiba,
Professor,
Massachusetts Institute of Technology,
The fundamental mechanisms governing transport and transmission of and contamination by most pathogens/organisms remain poorly understood for many reasons: This class of problems involves complex fluids, multiscale processes, and subtle fluid-organism coupling. Moreover, on the fundamental side, one common feature of many of the physical and physiological processes shaping organism/pathogen transport is unsteadiness. Combining insights gained from our joint experimental and theoretical studies, we will highlight how unsteadiness can shape the dynamics of instabilities, fragmentation, and mixing, relevant for this class of problems and more.
For more information, please contact Stephanie O'Gara by email at [email protected].
Event Series
GALCIT Colloquium Series