Universal Scaling Laws in Biology, Cities, and Socioeconomic Systems
Derives sublinear 3/4-power metabolic scaling in vascular biological networks and contrasts it with superlinear scaling of innovation and infrastructure in cities.
Distinguished Shannan Professor & Former President
Self-contained public lectures, keynote addresses, and research seminars.
Derives sublinear 3/4-power metabolic scaling in vascular biological networks and contrasts it with superlinear scaling of innovation and infrastructure in cities.