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Explore the complex spatio-temporal dynamics of growing synthetic microbial consortia in this 32-minute seminar presentation from the Biological Physics/Physical Biology seminar series. Delve into the intricate patterns and behaviors that emerge when engineered microbial communities grow and interact across space and time. Examine how synthetic biology approaches can be used to design and control microbial consortia, and understand the mathematical and physical principles governing their collective dynamics. Learn about the experimental techniques used to study these systems and the theoretical frameworks needed to predict and analyze their behavior. Discover how spatial organization influences the temporal evolution of microbial populations and how these insights can be applied to biotechnology, environmental applications, and our understanding of natural microbial communities.
