Focusing on the Hantavirus epidemic, which has appeared throughout the world and is facilitated by the random movements of mice and other rodents, this book explains the spread of epidemics by exploiting powerful methodologies from physics and mathematics. Flocking and territoriality of animals are also investigated.
Focusing on the Hantavirus epidemic, which has appeared throughout the world and is facilitated by the random movements of mice and other rodents, this book explains the spread of epidemics by exploiting powerful methodologies from physics and mathematics. Flocking and territoriality of animals are also investigated.
V. M. (Nitant) Kenkre is Distinguished Professor (Emeritus) of Physics at the University of New Mexico. He won the highest faculty recognition of his University, the Annual Research Award, in 2004. He was formerly the Director of the Center for Advanced Studies and the Founding Director of the Consortium of the Americas for Interdisciplinary Science at UNM. He is a Fellow of the American Physical Society and a Fellow of the American Association for Advancement of Science. He has been co-author and co-editor of two books on physics, has published two books on philosophy including one on What is Hinduism and one on poetry titled Tinnitus.
Inhaltsangabe
1. Theoretical Framework Underlying the Book 2. ¿-space Approach to the Study of Epidemics: Fisher Equation with Internal States 3. Abrupt Spatial Transitions: Patchiness and Extinction of Infection and Population 4. Results from Fisher Variants: Patterns from Long-range Competition and Allee Effect in the Spread of Infection 5. Extraction of Parameters from Observations, Emergence of Home Ranges, and Applicability of the Fisher Equation for Bacteria 6. Explicit Incorporation of Home Ranges in the Theory of the Spread of Epidemics 7. Avoidance Interactions and the Emergence of Spatial Segregation 8. Attractive Interactions and Flocking 9. Related Investigations along Miscellaneous Directions 10. Summary and Future Directions Appendix A: A Technical Appendix Appendix B: A Historical Appendix.
1. Theoretical Framework Underlying the Book 2. ¿-space Approach to the Study of Epidemics: Fisher Equation with Internal States 3. Abrupt Spatial Transitions: Patchiness and Extinction of Infection and Population 4. Results from Fisher Variants: Patterns from Long-range Competition and Allee Effect in the Spread of Infection 5. Extraction of Parameters from Observations, Emergence of Home Ranges, and Applicability of the Fisher Equation for Bacteria 6. Explicit Incorporation of Home Ranges in the Theory of the Spread of Epidemics 7. Avoidance Interactions and the Emergence of Spatial Segregation 8. Attractive Interactions and Flocking 9. Related Investigations along Miscellaneous Directions 10. Summary and Future Directions Appendix A: A Technical Appendix Appendix B: A Historical Appendix.
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