Be sure to think about:
- * Social value of mathematical modeling
- * role of chaos in mathematical modeling
- degrees of freedom (connection to robot arm in MILL)
- Cray decade
- * fly by wire
- * what it means to be meta stable
- * definition of "inverse problem"
- * n as dynamic degrees of freedom; m as number of constraints and what these variables do to the complexity of a problem
- relationship to Dr. Chen (ribosome simulation)
- relationship of Mars Rover to our heart valve project
- RuBisCo
- Custom built antibiotics (relates to Dr. Chen and Dr. Belfort)
- Complex modeling (relates to Dr. Katz)
- * relationship between dynamic equations, numerics, and computer science and the value of different ways of doing math compared to more computing power
- F=ma
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