People often joke about how they’ve caught their latest case of the sniffles from a recent flight, but airports can become much more serious disease hubs. Check out this video and accompanying study for a peek at the most aggressive transmission centers.
The study, from MIT’s Department of Civil and Environmental Engineering, focuses on airports as they serve as the point of first contact for many travelers. Historically models of disease transmission via travel centers was treated as largely random, MIT News highlights how this model breaks from that:
Juanes’ studies of the flow of fluids through fracture networks in subsurface rock and the research of CEE’s Marta González, who uses cellphone data to model human mobility patterns and trace contagion processes in social networks, laid the basis for determining individual travel patterns among airports in the new study. Existing models typically assume a random, homogenous diffusion of travelers from one airport to the next.
However, people don’t travel randomly; they tend to create patterns that can be replicated. Using González’s work on human mobility patterns, Juanes and his research group — including graduate student Christos Nicolaides and research associate Luis Cueto-Felgueroso — applied Monte Carlo simulations to determine the likelihood of any single traveler flying from one airport to another.
Hit up the link below to read more about their research.
New Model of Disease Contagion Ranks U.S. Airports [MIT News]
Jason Fitzpatrick is warranty-voiding DIYer and all around geek. When he's not documenting mods and hacks he's doing his best to make sure a generation of college students graduate knowing they should put their pants on one leg at a time and go on to greatness, just like Bruce Dickinson. You can follow him on Google+ if you'd like.
- Published 08/1/12